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{\bf Table 1.} State definitions and energy levels (in Ry) for S-like Fe XI. \\
%\newline 
\end{flushleft}

\begin{tabular}{rllrrrrrrrrr} \hline
 & & & & & & & & & & &\\
Index  & Configuration & Level              &            Expt.$^a$ &GRASP$^b$ \\
 & & & & & & & & &  & &\\ \hline
 & & & & & & & & & & &\\
 1 & 3s$^2$3p$^2_{1/2}$3p$^2_{3/2}$         & $^3$P$_2^e$ & 0.0000 &  0.0000 \\
 2 & 3s$^2$3p$_{1/2}$3p$^3_{3/2}$ 	    & $^3$P$_1^e$ & 0.1154 &  0.1147 \\
 3 & 3s$^2$3p$^2_{1/2}$3p$^2_{3/2}$ 	    & $^3$P$_0^e$ & 0.1304 &  0.1218 \\
 4 & 3s$^2$3p$_{1/2}$3p$^3_{3/2}$ 	    & $^1$D$_2^e$ & 0.3439 &  0.3782 \\
 5 & 3s$^2$3p$^4_{3/2}$         	    & $^1$S$_0^e$ & 0.7364 &  0.6307 \\
 6 & 3s3p$^2_{1/2}$3p$^3_{3/2}$ 	    & $^3$P$_2^o$ & 2.5840 &  2.6601 \\
 7 & 3s3p$_{1/2}$3p$^4_{3/2}$ 		    & $^3$P$_1^o$ & 2.6715 &  2.7483 \\
 8 & 3s3p$_{1/2}$3p$^4_{3/2}$ 	            & $^3$P$_0^o$ & 2.7262 &  2.8027 \\
 9 & 3s3p$^2_{1/2}$3p$^3_{3/2}$ 	    & $^1$P$_1^o$ & 3.2973 &  3.4074 \\
10 & 3s$^2$3p$_{1/2}$3p$^2_{3/2}$3d$_{3/2}$ & $^5$D$_0^o$ & ...... &  3.6008 \\
11 & 3s$^2$3p$_{1/2}$3p$^2_{3/2}$3d$_{3/2}$ & $^5$D$_1^o$ & ...... &  3.6025 \\
12 & 3s$^2$3p$_{1/2}$3p$^2_{3/2}$3d$_{3/2}$ & $^5$D$_2^o$ & ...... &  3.6048 \\
13 & 3s$^2$3p$_{1/2}$3p$^2_{3/2}$3d$_{5/2}$ & $^5$D$_3^o$ & ...... &  3.6082 \\
14 & 3s$^2$3p$^2_{1/2}$3p$_{3/2}$3d$_{5/2}$ & $^5$D$_4^o$ & ...... &  3.6165 \\
15 & 3s$^2$3p$^2_{1/2}$3p$_{3/2}$3d$_{5/2}$ & $^3$D$_2^o$ & ...... &  3.8950 \\
16 & 3s$^2$3p$_{1/2}$3p$^2_{3/2}$3d$_{5/2}$ & $^3$D$_3^o$ & ...... &  3.9161 \\
17 & 3s$^2$3p$_{1/2}$3p$^2_{3/2}$3d$_{5/2}$ & $^3$D$_1^o$ & ...... &  3.9327 \\
18 & 3s$^2$3p$^2_{1/2}$3p$_{3/2}$3d$_{3/2}$ & $^3$F$_2^o$ & ...... &  3.9843 \\
19 & 3s$^2$3p$_{1/2}$3p$^2_{3/2}$3d$_{3/2}$ & $^3$F$_3^o$ & ...... &  4.0130 \\
20 & 3s$^2$3p$_{1/2}$3p$^2_{3/2}$3d$_{5/2}$ & $^3$F$_4^o$ & ...... &  4.0524 \\
21 & 3s$^2$3p$_{1/2}$3p$^2_{3/2}$3d$_{5/2}$ & $^1$S$_0^o$ & ...... &  4.0639 \\
22 & 3s$^2$3p$_{1/2}$3p$^2_{3/2}$3d$_{3/2}$ & $^3$G$_3^o$ & ...... &  4.2177 \\
23 & 3s$^2$3p$_{1/2}$3p$^2_{3/2}$3d$_{5/2}$ & $^3$G$_4^o$ & ...... &  4.2321 \\
24 & 3s$^2$3p$_{1/2}$3p$^2_{3/2}$3d$_{5/2}$ & $^3$G$_5^o$ & ...... &  4.2501 \\
25 & 3s$^2$3p$_{1/2}$3p$^2_{3/2}$3d$_{3/2}$ & $^1$G$_4^o$ & ...... &  4.3388 \\
26 & 3s$^2$3p$_{1/2}$3p$^2_{3/2}$3d$_{5/2}$ & $^1$D$_2^o$ & ...... &  4.4206 \\
27 & 3s$^2$3p$^2_{1/2}$3p$_{3/2}$3d$_{3/2}$ & $^3$D$_1^o$ & ...... &  4.5703 \\
28 & 3s$^2$3p$^2_{1/2}$3p$_{3/2}$3d$_{3/2}$ & $^3$P$_0^o$ & ...... &  4.5990 \\
29 & 3s$^2$3p$_{1/2}$3p$^2_{3/2}$3d$_{5/2}$ & $^3$F$_3^o$ & ...... &  4.6047 \\
30 & 3s$^2$3p$_{1/2}$3p$^2_{3/2}$3d$_{3/2}$ & $^3$F$_2^o$ & ...... &  4.6144 \\
31 & 3s$^2$3p$^3_{3/2}$3d$_{5/2}$           & $^3$F$_4^o$ & ...... &  4.6153 \\
32 & 3s$^2$3p$^2_{1/2}$3p$_{3/2}$3d$_{5/2}$ & $^3$P$_1^o$ & ...... &  4.6220 \\
33 & 3s$^2$3p$^3_{3/2}$3d$_{3/2}$           & $^3$D$_2^o$ & ...... &  4.6428 \\
34 & 3s$^2$3p$^3_{3/2}$3d$_{5/2}$           & $^3$P$_2^o$ & ...... &  4.7084 \\
35 & 3s$^2$3p$^2_{1/2}$3p$_{3/2}$3d$_{3/2}$ & $^3$D$_3^o$ & 4.5207 &  4.7163 \\
36 & 3s$^2$3p$^3_{3/2}$3d$_{5/2}$           & $^1$F$_3^o$ & ...... &  5.0117 \\
37 & 3s$^2$3p$_{1/2}$3p$^2_{3/2}$3d$_{3/2}$ & $^3$S$_1^o$ & 4.8612 &  5.0301 \\
38 & 3s$^2$3p$_{1/2}$3p$^2_{3/2}$3d$_{3/2}$ & $^3$P$_2^o$ & 4.8415 &  5.2142 \\
39 & 3s$^2$3p$_{1/2}$3p$^2_{3/2}$3d$_{3/2}$ & $^3$P$_1^o$ & 4.9335 &  5.2613 \\
40 & 3s$^2$3p$^3_{3/2}$3d$_{3/2}$           & $^3$P$_0^o$ & 4.9365 &  5.3176 \\
41 & 3s$^2$3p$_{1/2}$3p$^2_{3/2}$3d$_{5/2}$ & $^1$P$_1^o$ & ...... &  5.3454 \\
42 & 3s$^2$3p$^2_{1/2}$3p$_{3/2}$3d$_{5/2}$ & $^3$D$_3^o$ & 5.0512 &  5.3682 \\
43 & 3s$^2$3p$_{1/2}$3p$^2_{3/2}$3d$_{5/2}$ & $^3$D$_2^o$ & 5.1178 &  5.4332 \\
44 & 3s$^2$3p$^3_{3/2}$3d$_{3/2}$           & $^3$D$_1^o$ & 5.1612 &  5.4853 \\
45 & 3s$^2$3p$_{1/2}$3p$^2_{3/2}$3d$_{5/2}$ & $^1$D$_2^o$ & 5.2750 &  5.5673 \\
46 & 3s$^2$3p$^3_{3/2}$3d$_{3/2}$           & $^1$F$_3^o$ & 5.4132 &  5.7961 \\
47 & 3s$^2$3p$^3_{3/2}$3d$_{5/2}$           & $^1$P$_1^o$ & 5.6779 &  6.0818 \\
48 & 3p$^2_{1/2}$3p$^4_{3/2}$               & $^1$S$_0^e$ & ...... &  7.1606 \\
& & & & & & & & & & &\\ \hline
\end{tabular}

\vspace*{0.5 cm}
{\small
$a$: Shirai et al (1990),
$b$: Present results.

\clearpage
{\bf Table 2.} Collision strengths for transitions in  Fe XI. ($a{\pm}b \equiv a{\times}10^{{\pm}b}$).                                        
\newline                                                                                                                                    
\begin{tabular}{rrllllllllll} \hline                                                                                                        
 & & & & & & & & & & \\                                                                                                                    
\multicolumn{2}{c}{Transition} & \multicolumn{10}{c}{Energy (Ry)}\\                                                                         
 & & & & & & & & & & \\ \hline                                                                                                             
 & & & & & & & & & & \\                                                                                                                    
$i$ & $j$ & 10.0 & 20.0 & 30.0 & 40.0 & 50.0 & 60.0 & 70.0 & 80.0 & 90.0 & 100.0 \\                                                         
 & & & & & & & & & & \\ \hline                                                                                                             
 & & & & & & & & & & \\                 
  1 &  2 &  2.635-1 &  2.420-1 &  2.327-1 &  2.286-1 &  2.264-1 &  2.258-1 &  2.256-1 &  2.251-1 &  2.249-1 &  2.245-1 \\
  1 &  3 &  1.088-1 &  1.067-1 &  1.065-1 &  1.071-1 &  1.077-1 &  1.086-1 &  1.097-1 &  1.098-1 &  1.107-1 &  1.106-1 \\
  1 &  4 &  1.141-1 &  9.012-2 &  7.846-2 &  7.242-2 &  6.874-2 &  6.663-2 &  6.515-2 &  6.403-2 &  6.318-2 &  6.248-2 \\
  1 &  5 &  5.483-3 &  3.377-3 &  2.482-3 &  2.063-3 &  1.794-3 &  1.237-3 &  1.279-3 &  1.028-3 &  1.072-3 &  1.193-3 \\
  1 &  6 &  1.430-0 &  1.630-0 &  1.781-0 &  1.906-0 &  2.024-0 &  2.123-0 &  2.207-0 &  2.291-0 &  2.370-0 &  2.443-0 \\
  1 &  7 &  4.933-1 &  5.636-1 &  6.161-1 &  6.595-1 &  7.005-1 &  7.344-1 &  7.644-1 &  7.919-1 &  8.213-1 &  8.433-1 \\
  1 &  8 &  3.578-3 &  2.323-3 &  1.561-3 &  1.115-3 &  8.404-4 &  6.588-4 &  5.311-4 &  4.395-4 &  3.714-4 &  3.186-4 \\
  1 &  9 &  6.798-2 &  6.048-2 &  5.665-2 &  5.534-2 &  5.538-2 &  5.624-2 &  5.721-2 &  5.831-2 &  5.969-2 &  6.072-2 \\
  1 & 10 &  6.536-3 &  3.759-3 &  2.377-3 &  1.631-3 &  1.187-3 &  9.010-4 &  7.030-4 &  5.661-4 &  4.627-4 &  3.875-4 \\
  1 & 11 &  2.388-2 &  1.643-2 &  1.288-2 &  1.111-2 &  1.018-2 &  9.702-3 &  9.424-3 &  9.297-3 &  9.275-3 &  9.265-3 \\
  1 & 12 &  4.423-2 &  3.128-2 &  2.510-2 &  2.207-2 &  2.052-2 &  1.980-2 &  1.940-2 &  1.929-2 &  1.931-2 &  1.942-2 \\
  1 & 13 &  6.221-2 &  3.985-2 &  2.865-2 &  2.274-2 &  1.939-2 &  1.743-2 &  1.613-2 &  1.535-2 &  1.482-2 &  1.449-2 \\
  1 & 14 &  8.247-2 &  4.872-2 &  3.123-2 &  2.166-2 &  1.599-2 &  1.237-2 &  9.880-3 &  8.158-3 &  6.890-3 &  5.943-3 \\
  1 & 15 &  5.649-2 &  4.606-2 &  4.158-2 &  3.985-2 &  3.934-2 &  3.939-2 &  3.966-2 &  4.013-2 &  4.061-2 &  4.116-2 \\
  1 & 16 &  6.216-2 &  4.670-2 &  3.924-2 &  3.565-2 &  3.391-2 &  3.308-2 &  3.270-2 &  3.263-2 &  3.270-2 &  3.289-2 \\
  1 & 17 &  1.800-2 &  1.682-2 &  1.678-2 &  1.715-2 &  1.764-2 &  1.813-2 &  1.859-2 &  1.904-2 &  1.945-2 &  1.985-2 \\
  1 & 18 &  1.600-2 &  1.075-2 &  8.279-3 &  7.030-3 &  6.349-3 &  5.964-3 &  5.745-3 &  5.626-3 &  5.563-3 &  5.540-3 \\
  1 & 19 &  3.035-2 &  2.466-2 &  2.251-2 &  2.180-2 &  2.168-2 &  2.181-2 &  2.203-2 &  2.235-2 &  2.265-2 &  2.299-2 \\
  1 & 20 &  4.683-2 &  4.220-2 &  4.133-2 &  4.184-2 &  4.278-2 &  4.381-2 &  4.476-2 &  4.576-2 &  4.664-2 &  4.753-2 \\
  1 & 21 &  7.967-3 &  4.869-3 &  3.162-3 &  2.190-3 &  1.601-3 &  1.219-3 &  9.560-4 &  7.713-4 &  6.348-4 &  5.309-4 \\
  1 & 22 &  2.204-2 &  1.602-2 &  1.330-2 &  1.204-2 &  1.143-2 &  1.115-2 &  1.106-2 &  1.108-2 &  1.114-2 &  1.123-2 \\
  1 & 23 &  3.525-2 &  2.682-2 &  2.327-2 &  2.181-2 &  2.121-2 &  2.100-2 &  2.097-2 &  2.109-2 &  2.124-2 &  2.145-2 \\
  1 & 24 &  7.818-2 &  7.313-2 &  7.316-2 &  7.497-2 &  7.719-2 &  7.935-2 &  8.126-2 &  8.317-2 &  8.483-2 &  8.644-2 \\
  1 & 25 &  3.690-2 &  2.307-2 &  1.633-2 &  1.278-2 &  1.071-2 &  9.405-3 &  8.529-3 &  7.959-3 &  7.541-3 &  7.260-3 \\
  1 & 26 &  2.867-2 &  2.097-2 &  1.700-2 &  1.497-2 &  1.390-2 &  1.335-2 &  1.311-2 &  1.302-2 &  1.304-2 &  1.310-2 \\
  1 & 27 &  2.561-2 &  2.608-2 &  2.731-2 &  2.872-2 &  3.005-2 &  3.122-2 &  3.224-2 &  3.320-2 &  3.405-2 &  3.482-2 \\
  1 & 28 &  2.214-3 &  1.126-3 &  6.305-4 &  3.865-4 &  2.543-4 &  1.765-4 &  1.268-4 &  9.482-5 &  7.273-5 &  5.652-5 \\
  1 & 29 &  2.489-2 &  2.521-2 &  2.616-2 &  2.739-2 &  2.857-2 &  2.975-2 &  3.086-2 &  3.210-2 &  3.312-2 &  3.407-2 \\
  1 & 30 &  6.261-3 &  4.251-3 &  3.344-3 &  2.927-3 &  2.722-3 &  2.621-3 &  2.573-3 &  2.563-3 &  2.566-3 &  2.579-3 \\
  1 & 31 &  1.591-2 &  9.798-3 &  7.105-3 &  5.852-3 &  5.218-3 &  4.876-3 &  4.678-3 &  4.579-3 &  4.525-3 &  4.504-3 \\
  1 & 32 &  7.930-2 &  9.328-2 &  1.032-1 &  1.114-1 &  1.181-1 &  1.241-1 &  1.298-1 &  1.354-1 &  1.405-1 &  1.446-1 \\
  1 & 33 &  2.817-2 &  2.883-2 &  3.019-2 &  3.174-2 &  3.318-2 &  3.445-2 &  3.558-2 &  3.666-2 &  3.760-2 &  3.847-2 \\
  1 & 34 &  1.826-1 &  2.219-1 &  2.483-1 &  2.694-1 &  2.863-1 &  3.012-1 &  3.150-1 &  3.291-1 &  3.411-1 &  3.519-1 \\
  1 & 35 &  5.303-2 &  5.817-2 &  6.266-2 &  6.683-2 &  7.045-2 &  7.376-2 &  7.679-2 &  7.995-2 &  8.259-2 &  8.502-2 \\
  1 & 36 &  4.634-2 &  5.063-2 &  5.420-2 &  5.765-2 &  6.066-2 &  6.347-2 &  6.607-2 &  6.893-2 &  7.131-2 &  7.353-2 \\
  1 & 37 &  1.187-0 &  1.469-0 &  1.657-0 &  1.807-0 &  1.926-0 &  2.030-0 &  2.125-0 &  2.220-0 &  2.306-0 &  2.376-0 \\
  1 & 38 &  4.997-0 &  6.211-0 &  7.011-0 &  7.647-0 &  8.169-0 &  8.596-0 &  8.989-0 &  9.360-0 &  9.749-0 &  1.007+1 \\
  1 & 39 &  1.394-0 &  1.727-0 &  1.951-0 &  2.128-0 &  2.274-0 &  2.392-0 &  2.503-0 &  2.604-0 &  2.714-0 &  2.797-0 \\
  1 & 40 &  3.351-3 &  2.064-3 &  1.452-3 &  1.115-3 &  9.050-4 &  7.609-4 &  6.554-4 &  5.763-4 &  5.147-4 &  4.655-4 \\
  1 & 41 &  5.039-2 &  5.957-2 &  6.604-2 &  7.144-2 &  7.597-2 &  7.970-2 &  8.318-2 &  8.644-2 &  8.998-2 &  9.265-2 \\
  1 & 42 &  7.340-0 &  9.187-0 &  1.039+1 &  1.135+1 &  1.214+1 &  1.278+1 &  1.337+1 &  1.393+1 &  1.451+1 &  1.500+1 \\
  1 & 43 &  8.438-1 &  1.046-0 &  1.181-0 &  1.290-0 &  1.379-0 &  1.452-0 &  1.518-0 &  1.581-0 &  1.647-0 &  1.701-0 \\
  1 & 44 &  5.513-2 &  6.403-2 &  7.036-2 &  7.574-2 &  8.028-2 &  8.401-2 &  8.746-2 &  9.073-2 &  9.422-2 &  9.692-2 \\
  1 & 45 &  3.378-2 &  3.436-2 &  3.562-2 &  3.731-2 &  3.898-2 &  4.046-2 &  4.189-2 &  4.332-2 &  4.488-2 &  4.617-2 \\
  1 & 46 &  4.477-2 &  4.230-2 &  4.224-2 &  4.341-2 &  4.489-2 &  4.640-2 &  4.776-2 &  4.925-2 &  5.082-2 &  5.237-2 \\
  1 & 47 &  5.903-3 &  3.771-3 &  2.886-3 &  2.530-3 &  2.377-3 &  2.314-3 &  2.294-3 &  2.295-3 &  2.318-3 &  2.351-3 \\
  1 & 48 &  1.698-3 &  1.292-3 &  1.047-3 &  8.923-4 &  7.864-4 &  7.088-4 &  6.503-4 &  6.056-4 &  5.712-4 &  5.420-4 \\
& & & & & & & & & & \\ \hline                                                                                                              
\end{tabular}                                                                                                                               
\newpage                                                                                                                                    
\begin{flushleft}                                                                                                                           
{\bf Table 2.} Collision strengths for transitions in  Fe XI. ($a{\pm}b \equiv a{\times}10^{{\pm}b}$).                                      
\newline                                                                                                                                    
\end{flushleft}                                                                                                                             
\begin{tabular}{rrllllllllll} \hline                                                                                                        
 & & & & & & & & & & \\                                                                                                                    
\multicolumn{2}{c}{Transition} & \multicolumn{10}{c}{Energy (Ry)}\\                                                                         
 & & & & & & & & & & \\ \hline                                                                                                             
 & & & & & & & & & & \\                                                                                                                    
$i$ & $j$ & 10.0 & 20.0 & 30.0 & 40.0 & 50.0 & 60.0 & 70.0 & 80.0 & 90.0 & 100.0 \\                                                         
 & & & & & & & & & & \\ \hline                                                                                                             
 & & & & & & & & & & \\                                                                                                                    
  2 &  3 &  2.966-2 &  1.804-2 &  1.211-2 &  8.736-3 &  6.587-3 &  5.187-3 &  4.170-3 &  3.430-3 &  2.864-3 &  2.428-3 \\
  2 &  4 &  5.253-2 &  3.475-2 &  2.574-2 &  2.083-2 &  1.775-2 &  1.582-2 &  1.443-2 &  1.341-2 &  1.265-2 &  1.205-2 \\
  2 &  5 &  7.017-3 &  3.730-3 &  2.287-3 &  1.552-3 &  1.117-3 &  8.538-4 &  6.639-4 &  5.351-4 &  4.353-4 &  3.633-4 \\
  2 &  6 &  5.191-1 &  5.921-1 &  6.471-1 &  6.931-1 &  7.361-1 &  7.721-1 &  8.017-1 &  8.344-1 &  8.611-1 &  8.906-1 \\
  2 &  7 &  3.038-1 &  3.428-1 &  3.724-1 &  3.975-1 &  4.213-1 &  4.413-1 &  4.585-1 &  4.757-1 &  4.920-1 &  5.071-1 \\
  2 &  8 &  3.766-1 &  4.353-1 &  4.785-1 &  5.140-1 &  5.469-1 &  5.740-1 &  5.976-1 &  6.196-1 &  6.427-1 &  6.606-1 \\
  2 &  9 &  2.807-2 &  1.930-2 &  1.413-2 &  1.121-2 &  9.518-3 &  8.488-3 &  7.802-3 &  7.362-3 &  7.074-3 &  6.874-3 \\
  2 & 10 &  6.580-3 &  5.716-3 &  5.388-3 &  5.322-3 &  5.376-3 &  5.503-3 &  5.628-3 &  5.763-3 &  5.919-3 &  6.039-3 \\
  2 & 11 &  1.670-2 &  1.164-2 &  9.116-3 &  7.844-3 &  7.183-3 &  6.856-3 &  6.665-3 &  6.587-3 &  6.572-3 &  6.586-3 \\
  2 & 12 &  2.593-2 &  1.530-2 &  9.744-3 &  6.689-3 &  4.873-3 &  3.709-3 &  2.908-3 &  2.350-3 &  1.937-3 &  1.628-3 \\
  2 & 13 &  3.235-2 &  1.911-2 &  1.227-2 &  8.518-3 &  6.287-3 &  4.851-3 &  3.861-3 &  3.174-3 &  2.663-3 &  2.283-3 \\
  2 & 14 &  2.822-2 &  1.615-2 &  1.021-2 &  7.054-3 &  5.197-3 &  4.012-3 &  3.199-3 &  2.642-3 &  2.225-3 &  1.924-3 \\
  2 & 15 &  8.379-3 &  6.466-3 &  5.517-3 &  5.062-3 &  4.846-3 &  4.773-3 &  4.743-3 &  4.768-3 &  4.801-3 &  4.860-3 \\
  2 & 16 &  3.214-2 &  2.327-2 &  1.905-2 &  1.700-2 &  1.597-2 &  1.543-2 &  1.514-2 &  1.503-2 &  1.500-2 &  1.504-2 \\
  2 & 17 &  1.806-2 &  1.087-2 &  7.114-3 &  5.053-3 &  3.839-3 &  3.071-3 &  2.552-3 &  2.197-3 &  1.942-3 &  1.751-3 \\
  2 & 18 &  2.353-2 &  2.321-2 &  2.389-2 &  2.486-2 &  2.585-2 &  2.674-2 &  2.752-2 &  2.826-2 &  2.890-2 &  2.953-2 \\
  2 & 19 &  1.435-2 &  1.128-2 &  1.002-2 &  9.528-3 &  9.355-3 &  9.323-3 &  9.346-3 &  9.430-3 &  9.517-3 &  9.629-3 \\
  2 & 20 &  1.396-2 &  1.140-2 &  1.043-2 &  1.012-2 &  1.006-2 &  1.011-2 &  1.019-2 &  1.032-2 &  1.044-2 &  1.057-2 \\
  2 & 21 &  6.120-3 &  4.440-3 &  3.533-3 &  3.047-3 &  2.782-3 &  2.637-3 &  2.562-3 &  2.522-3 &  2.512-3 &  2.506-3 \\
  2 & 22 &  3.142-2 &  2.674-2 &  2.519-2 &  2.490-2 &  2.507-2 &  2.541-2 &  2.578-2 &  2.623-2 &  2.664-2 &  2.707-2 \\
  2 & 23 &  3.585-2 &  3.583-2 &  3.720-2 &  3.892-2 &  4.057-2 &  4.204-2 &  4.326-2 &  4.444-2 &  4.545-2 &  4.640-2 \\
  2 & 24 &  1.190-2 &  6.882-3 &  4.388-3 &  3.042-3 &  2.232-3 &  1.704-3 &  1.338-3 &  1.085-3 &  8.916-4 &  7.504-4 \\
  2 & 25 &  1.642-2 &  9.781-3 &  6.462-3 &  4.670-3 &  3.590-3 &  2.888-3 &  2.405-3 &  2.073-3 &  1.823-3 &  1.642-3 \\
  2 & 26 &  2.619-2 &  1.762-2 &  1.311-2 &  1.068-2 &  9.289-3 &  8.455-3 &  7.945-3 &  7.633-3 &  7.428-3 &  7.316-3 \\
  2 & 27 &  7.884-3 &  7.169-3 &  6.959-3 &  6.995-3 &  7.141-3 &  7.331-3 &  7.556-3 &  7.796-3 &  8.022-3 &  8.230-3 \\
  2 & 28 &  2.968-3 &  3.227-3 &  3.455-3 &  3.667-3 &  3.863-3 &  4.043-3 &  4.220-3 &  4.387-3 &  4.545-3 &  4.672-3 \\
  2 & 29 &  1.123-2 &  6.310-3 &  3.985-3 &  2.796-3 &  2.116-3 &  1.693-3 &  1.411-3 &  1.223-3 &  1.086-3 &  9.883-4 \\
  2 & 30 &  1.678-2 &  1.558-2 &  1.557-2 &  1.598-2 &  1.650-2 &  1.700-2 &  1.746-2 &  1.790-2 &  1.830-2 &  1.868-2 \\
  2 & 31 &  1.959-2 &  1.665-2 &  1.572-2 &  1.561-2 &  1.579-2 &  1.605-2 &  1.631-2 &  1.662-2 &  1.690-2 &  1.717-2 \\
  2 & 32 &  2.705-3 &  1.494-3 &  9.441-4 &  6.752-4 &  5.323-4 &  4.503-4 &  4.010-4 &  3.717-4 &  3.535-4 &  3.412-4 \\
  2 & 33 &  7.043-2 &  8.156-2 &  8.968-2 &  9.636-2 &  1.022-1 &  1.073-1 &  1.121-1 &  1.171-1 &  1.211-1 &  1.251-1 \\
  2 & 34 &  5.929-2 &  6.860-2 &  7.531-2 &  8.095-2 &  8.562-2 &  8.990-2 &  9.382-2 &  9.804-2 &  1.014-1 &  1.048-1 \\
  2 & 35 &  2.614-2 &  2.626-2 &  2.729-2 &  2.857-2 &  2.981-2 &  3.090-2 &  3.184-2 &  3.273-2 &  3.350-2 &  3.423-2 \\
  2 & 36 &  9.016-3 &  4.892-3 &  2.965-3 &  2.021-3 &  1.508-3 &  1.204-3 &  1.010-3 &  8.865-4 &  8.006-4 &  7.397-4 \\
  2 & 37 &  4.320-1 &  5.334-1 &  6.002-1 &  6.536-1 &  6.964-1 &  7.338-1 &  7.679-1 &  8.028-1 &  8.330-1 &  8.598-1 \\
  2 & 38 &  1.052-0 &  1.302-0 &  1.466-0 &  1.596-0 &  1.703-0 &  1.791-0 &  1.872-0 &  1.954-0 &  2.029-0 &  2.098-0 \\
  2 & 39 &  1.019-0 &  1.266-0 &  1.428-0 &  1.558-0 &  1.664-0 &  1.751-0 &  1.831-0 &  1.910-0 &  1.985-0 &  2.049-0 \\
  2 & 40 &  1.274-0 &  1.586-0 &  1.792-0 &  1.956-0 &  2.091-0 &  2.200-0 &  2.301-0 &  2.395-0 &  2.496-0 &  2.573-0 \\
  2 & 41 &  1.646-1 &  2.016-1 &  2.265-1 &  2.466-1 &  2.633-1 &  2.769-1 &  2.894-1 &  3.012-1 &  3.137-1 &  3.238-1 \\
  2 & 42 &  2.003-2 &  1.524-2 &  1.301-2 &  1.202-2 &  1.152-2 &  1.123-2 &  1.106-2 &  1.099-2 &  1.095-2 &  1.094-2 \\
  2 & 43 &  4.002-0 &  5.014-0 &  5.675-0 &  6.199-0 &  6.630-0 &  6.982-0 &  7.300-0 &  7.610-0 &  7.922-0 &  8.196-0 \\
  2 & 44 &  1.260-0 &  1.576-0 &  1.784-0 &  1.950-0 &  2.086-0 &  2.197-0 &  2.298-0 &  2.393-0 &  2.493-0 &  2.575-0 \\
  2 & 45 &  4.118-1 &  5.102-1 &  5.754-1 &  6.277-1 &  6.712-1 &  7.066-1 &  7.385-1 &  7.697-1 &  8.012-1 &  8.289-1 \\
  2 & 46 &  1.587-2 &  8.790-3 &  5.386-3 &  3.663-3 &  2.657-3 &  2.018-3 &  1.586-3 &  1.292-3 &  1.070-3 &  9.095-4 \\
  2 & 47 &  8.120-3 &  7.017-3 &  6.755-3 &  6.862-3 &  7.080-3 &  7.322-3 &  7.548-3 &  7.787-3 &  8.036-3 &  8.303-3 \\
  2 & 48 &  7.927-5 &  4.715-5 &  2.795-5 &  1.745-5 &  1.164-5 &  8.196-6 &  6.049-6 &  4.623-6 &  3.644-6 &  2.912-6 \\
  3 &  4 &  2.770-2 &  2.242-2 &  1.977-2 &  1.840-2 &  1.756-2 &  1.709-2 &  1.679-2 &  1.649-2 &  1.638-2 &  1.618-2 \\
& & & & & & & & & & \\ \hline                                                                                                              
\end{tabular}                                                                                                                               
\newpage                                                                                                                                    
\begin{flushleft}                                                                                                                           
{\bf Table 2.} Collision strengths for transitions in  Fe XI. ($a{\pm}b \equiv a{\times}10^{{\pm}b}$).                                      
\newline                                                                                                                                    
\end{flushleft}                                                                                                                             
\begin{tabular}{rrllllllllll} \hline                                                                                                        
 & & & & & & & & & & \\                                                                                                                    
\multicolumn{2}{c}{Transition} & \multicolumn{10}{c}{Energy (Ry)}\\                                                                         
 & & & & & & & & & & \\ \hline                                                                                                             
 & & & & & & & & & & \\                                                                                                                    
$i$ & $j$ & 10.0 & 20.0 & 30.0 & 40.0 & 50.0 & 60.0 & 70.0 & 80.0 & 90.0 & 100.0 \\                                                         
 & & & & & & & & & & \\ \hline                                                                                                             
 & & & & & & & & & & \\                                                                                                                    
  3 &  5 &  1.456-3 &  7.259-4 &  4.283-4 &  2.862-4 &  2.055-4 &  1.591-4 &  1.256-4 &  1.040-4 &  8.674-5 &  7.498-5 \\
  3 &  6 &  1.210-2 &  7.778-3 &  5.157-3 &  3.636-3 &  2.708-3 &  2.098-3 &  1.672-3 &  1.368-3 &  1.144-3 &  9.704-4 \\
  3 &  7 &  3.580-1 &  4.148-1 &  4.567-1 &  4.909-1 &  5.226-1 &  5.489-1 &  5.706-1 &  5.936-1 &  6.131-1 &  6.344-1 \\
  3 &  8 &  1.987-3 &  1.286-3 &  8.493-4 &  5.946-4 &  4.396-4 &  3.383-4 &  2.678-4 &  2.178-4 &  1.810-4 &  1.527-4 \\
  3 &  9 &  8.121-3 &  5.315-3 &  3.652-3 &  2.696-3 &  2.124-3 &  1.759-3 &  1.508-3 &  1.337-3 &  1.213-3 &  1.122-3 \\
  3 & 10 &  3.353-3 &  2.031-3 &  1.311-3 &  9.064-4 &  6.632-4 &  5.059-4 &  3.972-4 &  3.206-4 &  2.642-4 &  2.212-4 \\
  3 & 11 &  7.942-3 &  5.305-3 &  3.919-3 &  3.176-3 &  2.758-3 &  2.517-3 &  2.358-3 &  2.265-3 &  2.205-3 &  2.174-3 \\
  3 & 12 &  6.375-3 &  3.668-3 &  2.288-3 &  1.543-3 &  1.108-3 &  8.326-4 &  6.449-4 &  5.151-4 &  4.203-4 &  3.490-4 \\
  3 & 13 &  6.082-3 &  3.357-3 &  2.048-3 &  1.366-3 &  9.736-4 &  7.292-4 &  5.635-4 &  4.517-4 &  3.692-4 &  3.094-4 \\
  3 & 14 &  1.146-2 &  6.652-3 &  4.239-3 &  2.930-3 &  2.144-3 &  1.634-3 &  1.280-3 &  1.034-3 &  8.471-4 &  7.115-4 \\
  3 & 15 &  1.008-2 &  5.824-3 &  3.654-3 &  2.477-3 &  1.783-3 &  1.341-3 &  1.039-3 &  8.305-4 &  6.773-4 &  5.626-4 \\
  3 & 16 &  4.021-3 &  3.829-3 &  3.868-3 &  3.983-3 &  4.115-3 &  4.240-3 &  4.346-3 &  4.453-3 &  4.544-3 &  4.635-3 \\
  3 & 17 &  3.588-3 &  2.271-3 &  1.555-3 &  1.154-3 &  9.160-4 &  7.652-4 &  6.627-4 &  5.928-4 &  5.425-4 &  5.059-4 \\
  3 & 18 &  4.574-3 &  2.695-3 &  1.728-3 &  1.194-3 &  8.725-4 &  6.641-4 &  5.198-4 &  4.194-4 &  3.440-4 &  2.881-4 \\
  3 & 19 &  8.209-3 &  8.934-3 &  9.668-3 &  1.033-2 &  1.090-2 &  1.137-2 &  1.176-2 &  1.212-2 &  1.242-2 &  1.270-2 \\
  3 & 20 &  5.566-4 &  3.151-4 &  2.015-4 &  1.405-4 &  1.037-4 &  7.955-5 &  6.274-5 &  5.109-5 &  4.218-5 &  3.567-5 \\
  3 & 21 &  1.540-3 &  9.475-4 &  6.169-4 &  4.279-4 &  3.134-4 &  2.390-4 &  1.876-4 &  1.514-4 &  1.248-4 &  1.045-4 \\
  3 & 22 &  1.780-2 &  1.823-2 &  1.916-2 &  2.016-2 &  2.110-2 &  2.191-2 &  2.257-2 &  2.321-2 &  2.374-2 &  2.426-2 \\
  3 & 23 &  7.817-3 &  4.520-3 &  2.880-3 &  1.994-3 &  1.460-3 &  1.113-3 &  8.715-4 &  7.046-4 &  5.776-4 &  4.849-4 \\
  3 & 24 &  3.384-5 &  1.757-5 &  1.352-5 &  1.204-5 &  1.117-5 &  1.045-5 &  9.822-6 &  9.277-6 &  8.828-6 &  8.378-6 \\
  3 & 25 &  4.765-3 &  2.781-3 &  1.786-3 &  1.244-3 &  9.141-4 &  6.979-4 &  5.478-4 &  4.435-4 &  3.640-4 &  3.058-4 \\
  3 & 26 &  1.046-2 &  6.252-3 &  4.018-3 &  2.774-3 &  2.025-3 &  1.539-3 &  1.205-3 &  9.708-4 &  7.975-4 &  6.665-4 \\
  3 & 27 &  2.986-2 &  3.537-2 &  3.922-2 &  4.228-2 &  4.493-2 &  4.727-2 &  4.960-2 &  5.165-2 &  5.348-2 &  5.527-2 \\
  3 & 28 &  1.111-4 &  6.436-5 &  4.030-5 &  2.737-5 &  1.982-5 &  1.500-5 &  1.173-5 &  9.444-6 &  7.771-6 &  6.497-6 \\
  3 & 29 &  9.495-3 &  9.017-3 &  9.144-3 &  9.468-3 &  9.826-3 &  1.016-2 &  1.044-2 &  1.072-2 &  1.096-2 &  1.119-2 \\
  3 & 30 &  7.448-3 &  4.183-3 &  2.571-3 &  1.723-3 &  1.228-3 &  9.164-4 &  7.057-4 &  5.618-4 &  4.557-4 &  3.772-4 \\
  3 & 31 &  1.537-3 &  8.915-4 &  5.683-4 &  3.941-4 &  2.887-4 &  2.198-4 &  1.722-4 &  1.392-4 &  1.140-4 &  9.561-5 \\
  3 & 32 &  3.129-3 &  2.843-3 &  2.753-3 &  2.760-3 &  2.810-3 &  2.879-3 &  2.960-3 &  3.048-3 &  3.128-3 &  3.210-3 \\
  3 & 33 &  1.763-3 &  9.977-4 &  6.207-4 &  4.200-4 &  3.027-4 &  2.284-4 &  1.781-4 &  1.433-4 &  1.180-4 &  9.860-5 \\
  3 & 34 &  3.219-3 &  1.713-3 &  1.007-3 &  6.486-4 &  4.473-4 &  3.244-4 &  2.433-4 &  1.891-4 &  1.505-4 &  1.217-4 \\
  3 & 35 &  1.073-2 &  1.167-2 &  1.262-2 &  1.348-2 &  1.423-2 &  1.484-2 &  1.535-2 &  1.581-2 &  1.621-2 &  1.658-2 \\
  3 & 36 &  2.978-3 &  1.881-3 &  1.396-3 &  1.180-3 &  1.077-3 &  1.024-3 &  9.957-4 &  9.848-4 &  9.804-4 &  9.815-4 \\
  3 & 37 &  1.184-1 &  1.465-1 &  1.649-1 &  1.796-1 &  1.914-1 &  2.017-1 &  2.110-1 &  2.208-1 &  2.289-1 &  2.367-1 \\
  3 & 38 &  4.177-3 &  2.495-3 &  1.713-3 &  1.295-3 &  1.041-3 &  8.687-4 &  7.439-4 &  6.517-4 &  5.802-4 &  5.233-4 \\
  3 & 39 &  8.900-1 &  1.108-0 &  1.251-0 &  1.364-0 &  1.457-0 &  1.533-0 &  1.602-0 &  1.672-0 &  1.737-0 &  1.796-0 \\
  3 & 40 &  1.202-3 &  6.067-4 &  3.467-4 &  2.219-4 &  1.535-4 &  1.124-4 &  8.519-5 &  6.705-5 &  5.400-5 &  4.425-5 \\
  3 & 41 &  3.627-1 &  4.528-1 &  5.119-1 &  5.589-1 &  5.975-1 &  6.290-1 &  6.577-1 &  6.851-1 &  7.132-1 &  7.376-1 \\
  3 & 42 &  7.337-3 &  6.061-3 &  5.491-3 &  5.264-3 &  5.169-3 &  5.121-3 &  5.095-3 &  5.099-3 &  5.102-3 &  5.120-3 \\
  3 & 43 &  3.392-3 &  1.835-3 &  1.109-3 &  7.561-4 &  5.579-4 &  4.348-4 &  3.522-4 &  2.952-4 &  2.530-4 &  2.212-4 \\
  3 & 44 &  1.748-0 &  2.193-0 &  2.484-0 &  2.716-0 &  2.906-0 &  3.061-0 &  3.201-0 &  3.335-0 &  3.472-0 &  3.592-0 \\
  3 & 45 &  3.708-3 &  2.043-3 &  1.237-3 &  8.269-4 &  5.916-4 &  4.442-4 &  3.453-4 &  2.778-4 &  2.279-4 &  1.910-4 \\
  3 & 46 &  5.897-3 &  3.559-3 &  2.427-3 &  1.855-3 &  1.520-3 &  1.306-3 &  1.161-3 &  1.063-3 &  9.890-4 &  9.366-4 \\
  3 & 47 &  4.302-2 &  5.381-2 &  6.118-2 &  6.712-2 &  7.208-2 &  7.625-2 &  7.969-2 &  8.299-2 &  8.615-2 &  8.955-2 \\
  3 & 48 &  3.199-4 &  2.640-4 &  2.270-4 &  2.066-4 &  1.907-4 &  1.763-4 &  1.645-4 &  1.551-4 &  1.462-4 &  1.388-4 \\
  4 &  5 &  3.477-1 &  3.492-1 &  3.521-1 &  3.556-1 &  3.584-1 &  3.613-1 &  3.652-1 &  3.657-1 &  3.683-1 &  3.682-1 \\
  4 &  6 &  9.761-2 &  9.460-2 &  9.439-2 &  9.659-2 &  9.924-2 &  1.021-1 &  1.049-1 &  1.081-1 &  1.113-1 &  1.144-1 \\
  4 &  7 &  2.772-2 &  1.779-2 &  1.196-2 &  8.682-3 &  6.739-3 &  5.490-3 &  4.634-3 &  4.039-3 &  3.617-3 &  3.291-3 \\
& & & & & & & & & & \\ \hline                                                                                                              
\end{tabular}                                                                                                                               
\newpage                                                                                                                                    
\begin{flushleft}                                                                                                                           
{\bf Table 2.} Collision strengths for transitions in  Fe XI. ($a{\pm}b \equiv a{\times}10^{{\pm}b}$).                                      
\newline                                                                                                                                    
\end{flushleft}                                                                                                                             
\begin{tabular}{rrllllllllll} \hline                                                                                                        
 & & & & & & & & & & \\                                                                                                                    
\multicolumn{2}{c}{Transition} & \multicolumn{10}{c}{Energy (Ry)}\\                                                                         
 & & & & & & & & & & \\ \hline                                                                                                             
 & & & & & & & & & & \\                                                                                                                    
$i$ & $j$ & 10.0 & 20.0 & 30.0 & 40.0 & 50.0 & 60.0 & 70.0 & 80.0 & 90.0 & 100.0 \\                                                         
 & & & & & & & & & & \\ \hline                                                                                                             
 & & & & & & & & & & \\                                                                                                                    
  4 &  8 &  1.053-2 &  6.608-3 &  4.298-3 &  2.987-3 &  2.203-3 &  1.693-3 &  1.340-3 &  1.090-3 &  9.066-4 &  7.652-4 \\
  4 &  9 &  1.588-0 &  1.864-0 &  2.062-0 &  2.219-0 &  2.366-0 &  2.487-0 &  2.594-0 &  2.690-0 &  2.790-0 &  2.865-0 \\
  4 & 10 &  1.457-4 &  8.489-5 &  5.410-5 &  3.735-5 &  2.735-5 &  2.086-5 &  1.634-5 &  1.321-5 &  1.084-5 &  9.110-6 \\
  4 & 11 &  5.011-4 &  3.400-4 &  2.617-4 &  2.220-4 &  2.007-4 &  1.890-4 &  1.819-4 &  1.781-4 &  1.766-4 &  1.756-4 \\
  4 & 12 &  8.186-4 &  5.743-4 &  4.556-4 &  3.967-4 &  3.665-4 &  3.517-4 &  3.431-4 &  3.401-4 &  3.398-4 &  3.410-4 \\
  4 & 13 &  8.785-4 &  5.543-4 &  3.904-4 &  3.038-4 &  2.549-4 &  2.256-4 &  2.062-4 &  1.941-4 &  1.858-4 &  1.805-4 \\
  4 & 14 &  9.253-4 &  5.368-4 &  3.390-4 &  2.323-4 &  1.694-4 &  1.291-4 &  1.014-4 &  8.228-5 &  6.806-5 &  5.766-5 \\
  4 & 15 &  1.994-2 &  1.215-2 &  8.077-3 &  5.833-3 &  4.500-3 &  3.647-3 &  3.062-3 &  2.662-3 &  2.369-3 &  2.154-3 \\
  4 & 16 &  2.811-2 &  1.690-2 &  1.110-2 &  7.923-3 &  6.027-3 &  4.809-3 &  3.972-3 &  3.397-3 &  2.971-3 &  2.660-3 \\
  4 & 17 &  1.396-2 &  8.590-3 &  5.774-3 &  4.225-3 &  3.307-3 &  2.720-3 &  2.319-3 &  2.045-3 &  1.845-3 &  1.699-3 \\
  4 & 18 &  4.769-2 &  2.862-2 &  1.840-2 &  1.270-2 &  9.294-3 &  7.089-3 &  5.570-3 &  4.506-3 &  3.722-3 &  3.128-3 \\
  4 & 19 &  7.499-2 &  4.658-2 &  3.149-2 &  2.318-2 &  1.827-2 &  1.518-2 &  1.308-2 &  1.166-2 &  1.064-2 &  9.891-3 \\
  4 & 20 &  9.681-2 &  5.789-2 &  3.717-2 &  2.568-2 &  1.880-2 &  1.436-2 &  1.131-2 &  9.167-3 &  7.587-3 &  6.397-3 \\
  4 & 21 &  2.501-3 &  1.260-3 &  7.181-4 &  4.518-4 &  3.057-4 &  2.176-4 &  1.602-4 &  1.224-4 &  9.605-5 &  7.646-5 \\
  4 & 22 &  3.516-2 &  2.554-2 &  2.117-2 &  1.920-2 &  1.828-2 &  1.797-2 &  1.790-2 &  1.802-2 &  1.820-2 &  1.843-2 \\
  4 & 23 &  4.143-2 &  2.373-2 &  1.507-2 &  1.051-2 &  7.844-3 &  6.150-3 &  4.997-3 &  4.213-3 &  3.631-3 &  3.210-3 \\
  4 & 24 &  5.952-2 &  3.464-2 &  2.258-2 &  1.630-2 &  1.267-2 &  1.038-2 &  8.839-3 &  7.805-3 &  7.041-3 &  6.499-3 \\
  4 & 25 &  7.249-2 &  7.606-2 &  8.138-2 &  8.664-2 &  9.131-2 &  9.532-2 &  9.864-2 &  1.017-1 &  1.044-1 &  1.069-1 \\
  4 & 26 &  1.065-1 &  1.251-1 &  1.388-1 &  1.497-1 &  1.589-1 &  1.670-1 &  1.745-1 &  1.809-1 &  1.869-1 &  1.922-1 \\
  4 & 27 &  2.489-2 &  2.241-2 &  2.150-2 &  2.142-2 &  2.172-2 &  2.221-2 &  2.285-2 &  2.344-2 &  2.409-2 &  2.460-2 \\
  4 & 28 &  3.229-3 &  1.848-3 &  1.141-3 &  7.650-4 &  5.463-4 &  4.078-4 &  3.144-4 &  2.505-4 &  2.035-4 &  1.687-4 \\
  4 & 29 &  3.378-2 &  2.390-2 &  1.927-2 &  1.706-2 &  1.597-2 &  1.544-2 &  1.525-2 &  1.525-2 &  1.531-2 &  1.545-2 \\
  4 & 30 &  2.638-2 &  1.955-2 &  1.644-2 &  1.505-2 &  1.444-2 &  1.420-2 &  1.419-2 &  1.429-2 &  1.444-2 &  1.462-2 \\
  4 & 31 &  3.633-2 &  2.422-2 &  1.857-2 &  1.583-2 &  1.437-2 &  1.354-2 &  1.304-2 &  1.278-2 &  1.262-2 &  1.255-2 \\
  4 & 32 &  2.101-2 &  1.967-2 &  1.939-2 &  1.965-2 &  2.015-2 &  2.074-2 &  2.145-2 &  2.208-2 &  2.276-2 &  2.329-2 \\
  4 & 33 &  3.091-2 &  2.366-2 &  2.021-2 &  1.865-2 &  1.799-2 &  1.778-2 &  1.786-2 &  1.804-2 &  1.829-2 &  1.856-2 \\
  4 & 34 &  2.591-2 &  1.920-2 &  1.597-2 &  1.448-2 &  1.381-2 &  1.354-2 &  1.352-2 &  1.360-2 &  1.375-2 &  1.393-2 \\
  4 & 35 &  4.181-2 &  2.795-2 &  2.091-2 &  1.735-2 &  1.544-2 &  1.437-2 &  1.379-2 &  1.348-2 &  1.332-2 &  1.327-2 \\
  4 & 36 &  5.686-2 &  6.214-2 &  6.755-2 &  7.247-2 &  7.669-2 &  8.021-2 &  8.316-2 &  8.586-2 &  8.820-2 &  9.031-2 \\
  4 & 37 &  5.498-2 &  6.131-2 &  6.640-2 &  7.107-2 &  7.506-2 &  7.872-2 &  8.224-2 &  8.576-2 &  8.896-2 &  9.153-2 \\
  4 & 38 &  1.017-1 &  1.135-1 &  1.228-1 &  1.312-1 &  1.383-1 &  1.449-1 &  1.510-1 &  1.575-1 &  1.630-1 &  1.680-1 \\
  4 & 39 &  6.307-1 &  7.755-1 &  8.721-1 &  9.490-1 &  1.010-0 &  1.064-0 &  1.113-0 &  1.163-0 &  1.207-0 &  1.243-0 \\
  4 & 40 &  3.888-3 &  2.051-3 &  1.207-3 &  7.935-4 &  5.608-4 &  4.171-4 &  3.215-4 &  2.572-4 &  2.099-4 &  1.748-4 \\
  4 & 41 &  3.353-0 &  4.166-0 &  4.704-0 &  5.130-0 &  5.467-0 &  5.762-0 &  6.031-0 &  6.300-0 &  6.542-0 &  6.739-0 \\
  4 & 42 &  2.459-2 &  1.955-2 &  1.737-2 &  1.658-2 &  1.633-2 &  1.634-2 &  1.648-2 &  1.679-2 &  1.706-2 &  1.736-2 \\
  4 & 43 &  2.529-1 &  3.073-1 &  3.438-1 &  3.736-1 &  3.977-1 &  4.189-1 &  4.380-1 &  4.579-1 &  4.749-1 &  4.903-1 \\
  4 & 44 &  1.142-1 &  1.348-1 &  1.493-1 &  1.614-1 &  1.715-1 &  1.799-1 &  1.879-1 &  1.956-1 &  2.033-1 &  2.093-1 \\
  4 & 45 &  3.281-0 &  4.127-0 &  4.681-0 &  5.118-0 &  5.479-0 &  5.771-0 &  6.041-0 &  6.296-0 &  6.561-0 &  6.777-0 \\
  4 & 46 &  8.481-0 &  1.067+1 &  1.210+1 &  1.323+1 &  1.416+1 &  1.492+1 &  1.560+1 &  1.627+1 &  1.695+1 &  1.752+1 \\
  4 & 47 &  7.014-2 &  7.675-2 &  8.151-2 &  8.573-2 &  8.937-2 &  9.245-2 &  9.508-2 &  9.767-2 &  1.005-1 &  1.027-1 \\
  4 & 48 &  4.063-2 &  3.127-2 &  2.587-2 &  2.242-2 &  2.002-2 &  1.825-2 &  1.692-2 &  1.593-2 &  1.512-2 &  1.444-2 \\
  5 &  6 &  1.002-2 &  6.374-3 &  4.194-3 &  2.942-3 &  2.183-3 &  1.684-3 &  1.337-3 &  1.090-3 &  9.082-4 &  7.677-4 \\
  5 &  7 &  4.152-2 &  4.210-2 &  4.311-2 &  4.474-2 &  4.632-2 &  4.791-2 &  4.935-2 &  5.108-2 &  5.263-2 &  5.440-2 \\
  5 &  8 &  5.300-3 &  3.402-3 &  2.245-3 &  1.574-3 &  1.167-3 &  8.990-4 &  7.128-4 &  5.804-4 &  4.831-4 &  4.080-4 \\
  5 &  9 &  4.176-2 &  4.669-2 &  5.060-2 &  5.390-2 &  5.711-2 &  5.980-2 &  6.208-2 &  6.445-2 &  6.652-2 &  6.869-2 \\
  5 & 10 &  1.517-4 &  9.379-5 &  6.095-5 &  4.230-5 &  3.105-5 &  2.372-5 &  1.866-5 &  1.508-5 &  1.245-5 &  1.044-5 \\
  5 & 11 &  3.393-4 &  2.278-4 &  1.665-4 &  1.330-4 &  1.141-4 &  1.023-4 &  9.469-5 &  8.999-5 &  8.689-5 &  8.504-5 \\
& & & & & & & & & & \\ \hline                                                                                                              
\end{tabular}                                                                                                                               
\newpage                                                                                                                                    
\begin{flushleft}                                                                                                                           
{\bf Table 2.} Collision strengths for transitions in  Fe XI. ($a{\pm}b \equiv a{\times}10^{{\pm}b}$).                                      
\newline                                                                                                                                    
\end{flushleft}                                                                                                                             
\begin{tabular}{rrllllllllll} \hline                                                                                                        
 & & & & & & & & & & \\                                                                                                                    
\multicolumn{2}{c}{Transition} & \multicolumn{10}{c}{Energy (Ry)}\\                                                                         
 & & & & & & & & & & \\ \hline                                                                                                             
 & & & & & & & & & & \\                                                                                                                    
$i$ & $j$ & 10.0 & 20.0 & 30.0 & 40.0 & 50.0 & 60.0 & 70.0 & 80.0 & 90.0 & 100.0 \\                                                         
 & & & & & & & & & & \\ \hline                                                                                                             
 & & & & & & & & & & \\                                                                                                                    
  5 & 12 &  2.311-4 &  1.377-4 &  8.745-5 &  5.972-5 &  4.331-5 &  3.278-5 &  2.556-5 &  2.052-5 &  1.684-5 &  1.405-5 \\
  5 & 13 &  9.062-5 &  4.864-5 &  2.879-5 &  1.866-5 &  1.296-5 &  9.466-6 &  7.133-6 &  5.578-6 &  4.453-6 &  3.641-6 \\
  5 & 14 &  1.421-4 &  8.198-5 &  5.199-5 &  3.581-5 &  2.617-5 &  1.991-5 &  1.556-5 &  1.256-5 &  1.028-5 &  8.631-6 \\
  5 & 15 &  6.022-4 &  3.358-4 &  2.060-4 &  1.373-4 &  9.765-5 &  7.279-5 &  5.595-5 &  4.447-5 &  3.607-5 &  2.985-5 \\
  5 & 16 &  6.191-4 &  3.666-4 &  2.562-4 &  2.039-4 &  1.771-4 &  1.624-4 &  1.534-4 &  1.486-4 &  1.455-4 &  1.440-4 \\
  5 & 17 &  6.450-4 &  5.871-4 &  5.757-4 &  5.827-4 &  5.982-4 &  6.189-4 &  6.366-4 &  6.561-4 &  6.741-4 &  6.929-4 \\
  5 & 18 &  1.396-3 &  8.102-4 &  5.113-4 &  3.498-4 &  2.540-4 &  1.924-4 &  1.499-4 &  1.207-4 &  9.859-5 &  8.261-5 \\
  5 & 19 &  3.319-3 &  2.201-3 &  1.649-3 &  1.365-3 &  1.206-3 &  1.110-3 &  1.047-3 &  1.009-3 &  9.827-4 &  9.679-4 \\
  5 & 20 &  5.746-3 &  3.366-3 &  2.145-3 &  1.480-3 &  1.081-3 &  8.222-4 &  6.427-4 &  5.187-4 &  4.246-4 &  3.564-4 \\
  5 & 21 &  9.374-6 &  5.892-6 &  3.930-6 &  2.761-6 &  2.037-6 &  1.560-6 &  1.229-6 &  9.958-7 &  8.229-7 &  6.918-7 \\
  5 & 22 &  3.398-4 &  3.325-4 &  3.439-4 &  3.602-4 &  3.762-4 &  3.905-4 &  4.024-4 &  4.139-4 &  4.237-4 &  4.333-4 \\
  5 & 23 &  1.436-4 &  7.754-5 &  4.700-5 &  3.156-5 &  2.263-5 &  1.699-5 &  1.316-5 &  1.055-5 &  8.585-6 &  7.179-6 \\
  5 & 24 &  5.173-5 &  2.198-5 &  1.103-5 &  6.729-6 &  4.595-6 &  3.399-6 &  2.669-6 &  2.176-6 &  1.837-6 &  1.597-6 \\
  5 & 25 &  2.388-4 &  1.362-4 &  9.207-5 &  6.942-5 &  5.588-5 &  4.672-5 &  4.013-5 &  3.547-5 &  3.172-5 &  2.891-5 \\
  5 & 26 &  3.682-3 &  1.854-3 &  1.045-3 &  6.494-4 &  4.348-4 &  3.055-4 &  2.227-4 &  1.683-4 &  1.307-4 &  1.036-4 \\
  5 & 27 &  2.371-3 &  1.919-3 &  1.743-3 &  1.693-3 &  1.698-3 &  1.729-3 &  1.774-3 &  1.821-3 &  1.867-3 &  1.916-3 \\
  5 & 28 &  4.974-3 &  3.000-3 &  1.919-3 &  1.319-3 &  9.611-4 &  7.299-4 &  5.714-4 &  4.601-4 &  3.785-4 &  3.164-4 \\
  5 & 29 &  1.558-2 &  9.637-3 &  6.737-3 &  5.229-3 &  4.353-3 &  3.799-3 &  3.425-3 &  3.182-3 &  3.003-3 &  2.882-3 \\
  5 & 30 &  6.658-3 &  3.778-3 &  2.363-3 &  1.614-3 &  1.170-3 &  8.837-4 &  6.875-4 &  5.524-4 &  4.508-4 &  3.766-4 \\
  5 & 31 &  2.578-2 &  1.486-2 &  9.410-3 &  6.493-3 &  4.747-3 &  3.607-3 &  2.822-3 &  2.278-3 &  1.866-3 &  1.566-3 \\
  5 & 32 &  1.471-2 &  9.259-3 &  6.296-3 &  4.673-3 &  3.723-3 &  3.126-3 &  2.732-3 &  2.464-3 &  2.275-3 &  2.140-3 \\
  5 & 33 &  5.561-3 &  3.042-3 &  1.820-3 &  1.194-3 &  8.380-4 &  6.162-4 &  4.688-4 &  3.693-4 &  2.970-4 &  2.440-4 \\
  5 & 34 &  2.528-2 &  1.514-2 &  9.646-3 &  6.615-3 &  4.810-3 &  3.648-3 &  2.852-3 &  2.294-3 &  1.886-3 &  1.575-3 \\
  5 & 35 &  5.723-3 &  2.945-3 &  1.649-3 &  1.022-3 &  6.871-4 &  4.909-4 &  3.672-4 &  2.878-4 &  2.335-4 &  1.943-4 \\
  5 & 36 &  2.723-2 &  3.082-2 &  3.400-2 &  3.674-2 &  3.904-2 &  4.090-2 &  4.241-2 &  4.380-2 &  4.496-2 &  4.604-2 \\
  5 & 37 &  3.857-3 &  4.226-3 &  4.495-3 &  4.743-3 &  4.980-3 &  5.200-3 &  5.430-3 &  5.635-3 &  5.824-3 &  6.007-3 \\
  5 & 38 &  3.793-4 &  1.870-4 &  1.097-4 &  7.620-5 &  5.822-5 &  4.701-5 &  3.903-5 &  3.344-5 &  2.918-5 &  2.559-5 \\
  5 & 39 &  2.529-3 &  1.969-3 &  1.736-3 &  1.651-3 &  1.621-3 &  1.618-3 &  1.631-3 &  1.660-3 &  1.687-3 &  1.717-3 \\
  5 & 40 &  1.117-3 &  5.730-4 &  3.331-4 &  2.175-4 &  1.535-4 &  1.144-4 &  8.807-5 &  7.021-5 &  5.731-5 &  4.733-5 \\
  5 & 41 &  1.763-1 &  2.148-1 &  2.403-1 &  2.605-1 &  2.767-1 &  2.910-1 &  3.040-1 &  3.176-1 &  3.289-1 &  3.397-1 \\
  5 & 42 &  2.296-3 &  1.232-3 &  7.726-4 &  5.698-4 &  4.692-4 &  4.145-4 &  3.823-4 &  3.641-4 &  3.530-4 &  3.461-4 \\
  5 & 43 &  2.232-3 &  1.165-3 &  6.859-4 &  4.577-4 &  3.336-4 &  2.583-4 &  2.085-4 &  1.744-4 &  1.497-4 &  1.308-4 \\
  5 & 44 &  1.996-2 &  2.356-2 &  2.607-2 &  2.819-2 &  2.993-2 &  3.148-2 &  3.289-2 &  3.437-2 &  3.562-2 &  3.681-2 \\
  5 & 45 &  6.535-3 &  4.376-3 &  3.223-3 &  2.564-3 &  2.142-3 &  1.842-3 &  1.621-3 &  1.450-3 &  1.316-3 &  1.208-3 \\
  5 & 46 &  1.754-2 &  1.806-2 &  1.838-2 &  1.876-2 &  1.911-2 &  1.936-2 &  1.956-2 &  1.978-2 &  1.995-2 &  2.013-2 \\
  5 & 47 &  2.569-0 &  3.256-0 &  3.706-0 &  4.061-0 &  4.355-0 &  4.593-0 &  4.805-0 &  5.008-0 &  5.218-0 &  5.399-0 \\
  5 & 48 &  3.579-3 &  2.945-3 &  2.518-3 &  2.281-3 &  2.097-3 &  1.929-3 &  1.791-3 &  1.683-3 &  1.580-3 &  1.495-3 \\
  6 &  7 &  2.635-1 &  2.338-1 &  2.223-1 &  2.163-1 &  2.135-1 &  2.115-1 &  2.103-1 &  2.090-1 &  2.088-1 &  2.084-1 \\
  6 &  8 &  9.603-2 &  9.246-2 &  9.172-2 &  9.145-2 &  9.168-2 &  9.181-2 &  9.193-2 &  9.170-2 &  9.215-2 &  9.197-2 \\
  6 &  9 &  3.098-2 &  1.721-2 &  1.146-2 &  8.496-3 &  6.856-3 &  5.794-3 &  5.238-3 &  4.506-3 &  4.142-3 &  3.850-3 \\
  6 & 10 &  4.260-4 &  3.688-4 &  3.447-4 &  3.318-4 &  3.261-4 &  3.313-4 &  3.208-4 &  3.144-4 &  3.147-4 &  3.122-4 \\
  6 & 11 &  1.107-3 &  8.231-4 &  7.037-4 &  6.410-4 &  6.066-4 &  5.827-4 &  5.678-4 &  5.568-4 &  5.505-4 &  5.447-4 \\
  6 & 12 &  1.990-3 &  1.226-3 &  9.103-4 &  7.464-4 &  6.537-4 &  5.925-4 &  5.512-4 &  5.221-4 &  5.021-4 &  4.862-4 \\
  6 & 13 &  3.450-3 &  1.954-3 &  1.347-3 &  1.036-3 &  8.795-4 &  7.442-4 &  6.970-4 &  6.227-4 &  5.731-4 &  5.386-4 \\
  6 & 14 &  5.370-3 &  3.101-3 &  2.198-3 &  1.741-3 &  1.479-3 &  1.310-3 &  1.194-3 &  1.118-3 &  1.062-3 &  1.024-3 \\
  6 & 15 &  5.699-3 &  4.309-3 &  3.847-3 &  3.647-3 &  3.566-3 &  3.539-3 &  3.541-3 &  3.559-3 &  3.600-3 &  3.651-3 \\
  6 & 16 &  1.240-2 &  1.016-2 &  9.438-3 &  9.117-3 &  8.984-3 &  8.969-3 &  9.074-3 &  9.179-3 &  9.319-3 &  9.494-3 \\
& & & & & & & & & & \\ \hline                                                                                                              
\end{tabular}                                                                                                                               
\newpage                                                                                                                                    
\begin{flushleft}                                                                                                                           
{\bf Table 2.} Collision strengths for transitions in  Fe XI. ($a{\pm}b \equiv a{\times}10^{{\pm}b}$).                                      
\newline                                                                                                                                    
\end{flushleft}                                                                                                                             
\begin{tabular}{rrllllllllll} \hline                                                                                                        
 & & & & & & & & & & \\                                                                                                                    
\multicolumn{2}{c}{Transition} & \multicolumn{10}{c}{Energy (Ry)}\\                                                                         
 & & & & & & & & & & \\ \hline                                                                                                             
 & & & & & & & & & & \\                                                                                                                    
$i$ & $j$ & 10.0 & 20.0 & 30.0 & 40.0 & 50.0 & 60.0 & 70.0 & 80.0 & 90.0 & 100.0 \\                                                         
 & & & & & & & & & & \\ \hline                                                                                                             
 & & & & & & & & & & \\                                                                                                                    
  6 & 17 &  1.485-3 &  9.251-4 &  7.199-4 &  6.212-4 &  5.690-4 &  5.394-4 &  5.267-4 &  5.176-4 &  5.161-4 &  5.166-4 \\
  6 & 18 &  2.540-3 &  1.307-3 &  8.835-4 &  7.003-4 &  6.155-4 &  5.695-4 &  5.464-4 &  5.322-4 &  5.295-4 &  5.276-4 \\
  6 & 19 &  6.114-3 &  4.303-3 &  3.703-3 &  3.455-3 &  3.359-3 &  3.314-3 &  3.300-3 &  3.308-3 &  3.341-3 &  3.379-3 \\
  6 & 20 &  2.302-2 &  2.032-2 &  1.955-2 &  1.927-2 &  1.925-2 &  1.939-2 &  1.961-2 &  1.986-2 &  2.017-2 &  2.051-2 \\
  6 & 21 &  6.832-4 &  3.542-4 &  2.268-4 &  1.650-4 &  1.325-4 &  1.109-4 &  9.391-5 &  8.453-5 &  8.005-5 &  7.684-5 \\
  6 & 22 &  3.455-3 &  1.682-3 &  1.067-3 &  7.940-4 &  6.603-4 &  5.838-4 &  5.417-4 &  5.144-4 &  5.028-4 &  4.943-4 \\
  6 & 23 &  4.042-3 &  2.006-3 &  1.371-3 &  1.128-3 &  1.030-3 &  9.699-4 &  9.451-4 &  9.400-4 &  9.496-4 &  9.593-4 \\
  6 & 24 &  5.765-3 &  2.850-3 &  1.897-3 &  1.506-3 &  1.333-3 &  1.247-3 &  1.211-3 &  1.190-3 &  1.193-3 &  1.196-3 \\
  6 & 25 &  6.511-3 &  3.399-3 &  2.213-3 &  1.647-3 &  1.344-3 &  1.141-3 &  1.011-3 &  9.264-4 &  8.756-4 &  8.392-4 \\
  6 & 26 &  2.050-3 &  9.304-4 &  5.300-4 &  3.449-4 &  2.489-4 &  1.867-4 &  1.421-4 &  1.158-4 &  9.986-5 &  8.817-5 \\
  6 & 27 &  2.439-3 &  1.666-3 &  1.424-3 &  1.327-3 &  1.285-3 &  1.262-3 &  1.263-3 &  1.263-3 &  1.279-3 &  1.291-3 \\
  6 & 28 &  1.153-3 &  1.132-3 &  1.153-3 &  1.178-3 &  1.205-3 &  1.223-3 &  1.235-3 &  1.248-3 &  1.267-3 &  1.285-3 \\
  6 & 29 &  3.658-3 &  2.164-3 &  1.629-3 &  1.389-3 &  1.271-3 &  1.203-3 &  1.165-3 &  1.143-3 &  1.136-3 &  1.135-3 \\
  6 & 30 &  2.304-3 &  1.289-3 &  9.523-4 &  8.088-4 &  7.412-4 &  7.053-4 &  6.916-4 &  6.832-4 &  6.847-4 &  6.871-4 \\
  6 & 31 &  1.233-2 &  1.204-2 &  1.209-2 &  1.222-2 &  1.239-2 &  1.251-2 &  1.263-2 &  1.276-2 &  1.294-2 &  1.311-2 \\
  6 & 32 &  3.047-3 &  2.846-3 &  2.830-3 &  2.856-3 &  2.899-3 &  2.924-3 &  2.932-3 &  2.955-3 &  2.991-3 &  3.026-3 \\
  6 & 33 &  5.325-3 &  4.779-3 &  4.661-3 &  4.645-3 &  4.668-3 &  4.703-3 &  4.767-3 &  4.817-3 &  4.887-3 &  4.953-3 \\
  6 & 34 &  3.157-3 &  2.893-3 &  2.813-3 &  2.795-3 &  2.800-3 &  2.776-3 &  2.716-3 &  2.703-3 &  2.705-3 &  2.714-3 \\
  6 & 35 &  7.559-3 &  7.035-3 &  6.988-3 &  7.048-3 &  7.143-3 &  7.197-3 &  7.235-3 &  7.303-3 &  7.395-3 &  7.487-3 \\
  6 & 36 &  2.889-3 &  1.748-3 &  1.359-3 &  1.187-3 &  1.100-3 &  1.052-3 &  1.026-3 &  1.010-3 &  1.004-3 &  1.002-3 \\
  6 & 37 &  6.060-3 &  3.492-3 &  2.505-3 &  2.007-3 &  1.708-3 &  1.499-3 &  1.339-3 &  1.221-3 &  1.129-3 &  1.053-3 \\
  6 & 38 &  2.546-2 &  1.903-2 &  1.603-2 &  1.430-2 &  1.314-2 &  1.228-2 &  1.158-2 &  1.106-2 &  1.066-2 &  1.034-2 \\
  6 & 39 &  8.076-3 &  6.032-3 &  5.107-3 &  4.610-3 &  4.317-3 &  4.105-3 &  3.935-3 &  3.820-3 &  3.743-3 &  3.684-3 \\
  6 & 40 &  3.413-3 &  2.835-3 &  2.539-3 &  2.373-3 &  2.274-3 &  2.203-3 &  2.164-3 &  2.135-3 &  2.119-3 &  2.106-3 \\
  6 & 41 &  2.986-3 &  2.088-3 &  1.712-3 &  1.523-3 &  1.414-3 &  1.338-3 &  1.290-3 &  1.255-3 &  1.233-3 &  1.214-3 \\
  6 & 42 &  3.227-2 &  2.481-2 &  2.133-2 &  1.940-2 &  1.821-2 &  1.738-2 &  1.679-2 &  1.637-2 &  1.606-2 &  1.583-2 \\
  6 & 43 &  1.532-2 &  1.178-2 &  1.022-2 &  9.374-3 &  8.862-3 &  8.493-3 &  8.278-3 &  8.114-3 &  8.018-3 &  7.939-3 \\
  6 & 44 &  7.521-3 &  5.239-3 &  4.259-3 &  3.747-3 &  3.451-3 &  3.250-3 &  3.130-3 &  3.042-3 &  2.987-3 &  2.944-3 \\
  6 & 45 &  5.491-3 &  3.425-3 &  2.690-3 &  2.353-3 &  2.176-3 &  2.056-3 &  1.958-3 &  1.900-3 &  1.861-3 &  1.834-3 \\
  6 & 46 &  1.283-2 &  6.579-3 &  4.126-3 &  2.923-3 &  2.253-3 &  1.826-3 &  1.549-3 &  1.356-3 &  1.223-3 &  1.120-3 \\
  6 & 47 &  4.900-3 &  2.283-3 &  1.313-3 &  8.570-4 &  6.096-4 &  4.536-4 &  3.457-4 &  2.721-4 &  2.221-4 &  1.832-4 \\
  6 & 48 &  1.393-2 &  8.902-3 &  5.623-3 &  3.826-3 &  2.772-3 &  2.092-3 &  1.640-3 &  1.325-3 &  1.097-3 &  9.214-4 \\
  7 &  8 &  3.872-2 &  2.184-2 &  1.422-2 &  1.004-2 &  7.536-3 &  5.866-3 &  4.682-3 &  3.834-3 &  3.209-3 &  2.723-3 \\
  7 &  9 &  2.459-2 &  1.554-2 &  1.172-2 &  9.726-3 &  8.616-3 &  7.885-3 &  7.406-3 &  7.062-3 &  6.844-3 &  6.644-3 \\
  7 & 10 &  4.568-4 &  2.385-4 &  1.484-4 &  1.016-4 &  7.484-5 &  5.715-5 &  4.488-5 &  3.632-5 &  3.015-5 &  2.530-5 \\
  7 & 11 &  1.214-3 &  6.823-4 &  4.674-4 &  3.571-4 &  2.962-4 &  2.529-4 &  2.330-4 &  2.069-4 &  1.906-4 &  1.811-4 \\
  7 & 12 &  1.383-3 &  7.111-4 &  4.457-4 &  3.117-4 &  2.382-4 &  1.869-4 &  1.533-4 &  1.302-4 &  1.139-4 &  1.008-4 \\
  7 & 13 &  1.343-3 &  7.180-4 &  4.702-4 &  3.451-4 &  2.752-4 &  2.281-4 &  1.970-4 &  1.760-4 &  1.609-4 &  1.504-4 \\
  7 & 14 &  1.384-3 &  7.412-4 &  4.720-4 &  3.322-4 &  2.530-4 &  2.010-4 &  1.654-4 &  1.408-4 &  1.235-4 &  1.100-4 \\
  7 & 15 &  6.430-3 &  5.167-3 &  4.730-3 &  4.529-3 &  4.446-3 &  4.421-3 &  4.448-3 &  4.476-3 &  4.538-3 &  4.607-3 \\
  7 & 16 &  1.913-3 &  1.029-3 &  6.979-4 &  5.380-4 &  4.530-4 &  4.019-4 &  3.689-4 &  3.480-4 &  3.355-4 &  3.278-4 \\
  7 & 17 &  4.230-3 &  3.560-3 &  3.347-3 &  3.256-3 &  3.226-3 &  3.227-3 &  3.260-3 &  3.289-3 &  3.342-3 &  3.395-3 \\
  7 & 18 &  3.858-3 &  3.052-3 &  2.777-3 &  2.654-3 &  2.604-3 &  2.587-3 &  2.593-3 &  2.607-3 &  2.639-3 &  2.676-3 \\
  7 & 19 &  1.250-2 &  1.126-2 &  1.093-2 &  1.083-2 &  1.085-2 &  1.095-2 &  1.111-2 &  1.125-2 &  1.145-2 &  1.166-2 \\
  7 & 20 &  2.101-3 &  1.050-3 &  7.013-4 &  5.561-4 &  4.915-4 &  4.582-4 &  4.432-4 &  4.346-4 &  4.349-4 &  4.354-4 \\
  7 & 21 &  3.630-4 &  1.712-4 &  9.728-5 &  6.089-5 &  4.100-5 &  2.909-5 &  2.146-5 &  1.627-5 &  1.274-5 &  1.023-5 \\
  7 & 22 &  1.659-3 &  9.294-4 &  7.585-4 &  7.270-4 &  7.409-4 &  7.569-4 &  7.774-4 &  8.000-4 &  8.269-4 &  8.488-4 \\
& & & & & & & & & & \\ \hline                                                                                                              
\end{tabular}                                                                                                                               
\newpage                                                                                                                                    
\begin{flushleft}                                                                                                                           
{\bf Table 2.} Collision strengths for transitions in  Fe XI. ($a{\pm}b \equiv a{\times}10^{{\pm}b}$).                                      
\newline                                                                                                                                    
\end{flushleft}                                                                                                                             
\begin{tabular}{rrllllllllll} \hline                                                                                                        
 & & & & & & & & & & \\                                                                                                                    
\multicolumn{2}{c}{Transition} & \multicolumn{10}{c}{Energy (Ry)}\\                                                                         
 & & & & & & & & & & \\ \hline                                                                                                             
 & & & & & & & & & & \\                                                                                                                    
$i$ & $j$ & 10.0 & 20.0 & 30.0 & 40.0 & 50.0 & 60.0 & 70.0 & 80.0 & 90.0 & 100.0 \\                                                         
 & & & & & & & & & & \\ \hline                                                                                                             
 & & & & & & & & & & \\                                                                                                                    
  7 & 23 &  3.277-3 &  1.564-3 &  9.153-4 &  6.020-4 &  4.313-4 &  3.271-4 &  2.608-4 &  2.139-4 &  1.832-4 &  1.599-4 \\
  7 & 24 &  2.694-3 &  1.388-3 &  9.915-4 &  8.464-4 &  7.954-4 &  7.773-4 &  7.792-4 &  7.838-4 &  7.990-4 &  8.110-4 \\
  7 & 25 &  3.065-3 &  1.469-3 &  8.623-4 &  5.704-4 &  4.123-4 &  3.163-4 &  2.556-4 &  2.130-4 &  1.855-4 &  1.647-4 \\
  7 & 26 &  1.208-3 &  5.507-4 &  3.109-4 &  1.972-4 &  1.364-4 &  1.000-4 &  7.695-5 &  6.135-5 &  5.093-5 &  4.342-5 \\
  7 & 27 &  3.465-3 &  3.288-3 &  3.284-3 &  3.307-3 &  3.341-3 &  3.374-3 &  3.444-3 &  3.485-3 &  3.555-3 &  3.605-3 \\
  7 & 28 &  1.760-4 &  8.057-5 &  4.623-5 &  2.972-5 &  2.068-5 &  1.513-5 &  1.153-5 &  9.072-6 &  7.381-6 &  6.149-6 \\
  7 & 29 &  8.569-3 &  8.512-3 &  8.623-3 &  8.751-3 &  8.889-3 &  9.018-3 &  9.165-3 &  9.289-3 &  9.441-3 &  9.590-3 \\
  7 & 30 &  2.022-3 &  1.375-3 &  1.142-3 &  1.036-3 &  9.843-4 &  9.518-4 &  9.436-4 &  9.382-4 &  9.446-4 &  9.499-4 \\
  7 & 31 &  3.053-3 &  1.477-3 &  8.951-4 &  6.245-4 &  4.838-4 &  4.010-4 &  3.511-4 &  3.172-4 &  2.973-4 &  2.826-4 \\
  7 & 32 &  1.206-3 &  1.013-3 &  9.594-4 &  9.404-4 &  9.353-4 &  9.329-4 &  9.440-4 &  9.488-4 &  9.631-4 &  9.719-4 \\
  7 & 33 &  1.966-3 &  1.483-3 &  1.353-3 &  1.315-3 &  1.311-3 &  1.309-3 &  1.306-3 &  1.315-3 &  1.329-3 &  1.347-3 \\
  7 & 34 &  3.438-3 &  3.416-3 &  3.464-3 &  3.520-3 &  3.579-3 &  3.619-3 &  3.658-3 &  3.698-3 &  3.750-3 &  3.798-3 \\
  7 & 35 &  4.148-3 &  3.365-3 &  3.152-3 &  3.086-3 &  3.076-3 &  3.086-3 &  3.111-3 &  3.138-3 &  3.177-3 &  3.219-3 \\
  7 & 36 &  2.863-3 &  1.691-3 &  1.294-3 &  1.124-3 &  1.042-3 &  9.779-4 &  9.281-4 &  9.081-4 &  8.956-4 &  8.902-4 \\
  7 & 37 &  3.286-3 &  1.841-3 &  1.299-3 &  1.030-3 &  8.705-4 &  7.616-4 &  6.799-4 &  6.211-4 &  5.747-4 &  5.369-4 \\
  7 & 38 &  7.900-3 &  5.985-3 &  5.099-3 &  4.614-3 &  4.320-3 &  4.104-3 &  3.930-3 &  3.817-3 &  3.730-3 &  3.668-3 \\
  7 & 39 &  9.538-3 &  7.097-3 &  5.908-3 &  5.197-3 &  4.696-3 &  4.332-3 &  4.052-3 &  3.831-3 &  3.657-3 &  3.516-3 \\
  7 & 40 &  1.324-3 &  8.609-4 &  6.639-4 &  5.536-4 &  4.816-4 &  4.276-4 &  3.865-4 &  3.542-4 &  3.281-4 &  3.063-4 \\
  7 & 41 &  4.749-3 &  3.574-3 &  3.059-3 &  2.780-3 &  2.605-3 &  2.483-3 &  2.405-3 &  2.345-3 &  2.305-3 &  2.274-3 \\
  7 & 42 &  1.235-2 &  9.665-3 &  8.433-3 &  7.766-3 &  7.367-3 &  7.103-3 &  6.940-3 &  6.828-3 &  6.755-3 &  6.713-3 \\
  7 & 43 &  8.222-3 &  5.507-3 &  4.308-3 &  3.656-3 &  3.259-3 &  2.981-3 &  2.788-3 &  2.642-3 &  2.534-3 &  2.446-3 \\
  7 & 44 &  1.106-2 &  9.770-3 &  9.047-3 &  8.612-3 &  8.328-3 &  8.110-3 &  7.997-3 &  7.891-3 &  7.842-3 &  7.791-3 \\
  7 & 45 &  3.704-3 &  1.823-3 &  1.194-3 &  9.185-4 &  7.777-4 &  6.917-4 &  6.334-4 &  5.974-4 &  5.725-4 &  5.552-4 \\
  7 & 46 &  9.147-3 &  4.471-3 &  2.641-3 &  1.746-3 &  1.250-3 &  9.353-4 &  7.304-4 &  5.882-4 &  4.897-4 &  4.138-4 \\
  7 & 47 &  4.668-3 &  2.350-3 &  1.482-3 &  1.072-3 &  8.498-4 &  7.061-4 &  5.959-4 &  5.282-4 &  4.783-4 &  4.425-4 \\
  7 & 48 &  2.905-2 &  3.156-2 &  3.318-2 &  3.487-2 &  3.644-2 &  3.795-2 &  3.953-2 &  4.101-2 &  4.246-2 &  4.356-2 \\
  8 &  9 &  6.814-3 &  3.627-3 &  2.251-3 &  1.526-3 &  1.113-3 &  8.431-4 &  6.581-4 &  5.290-4 &  4.371-4 &  3.645-4 \\
  8 & 10 &  1.242-4 &  6.150-5 &  3.970-5 &  2.963-5 &  2.432-5 &  2.109-5 &  1.892-5 &  1.740-5 &  1.636-5 &  1.561-5 \\
  8 & 11 &  3.966-4 &  1.913-4 &  1.134-4 &  7.502-5 &  5.387-5 &  4.042-5 &  3.126-5 &  2.501-5 &  2.054-5 &  1.708-5 \\
  8 & 12 &  6.628-4 &  3.968-4 &  2.897-4 &  2.347-4 &  2.040-4 &  1.836-4 &  1.697-4 &  1.597-4 &  1.534-4 &  1.476-4 \\
  8 & 13 &  5.320-4 &  2.861-4 &  1.812-4 &  1.254-4 &  9.320-5 &  7.148-5 &  5.627-5 &  4.568-5 &  3.801-5 &  3.194-5 \\
  8 & 14 &  7.549-5 &  4.069-5 &  2.782-5 &  2.212-5 &  1.955-5 &  1.828-5 &  1.775-5 &  1.746-5 &  1.752-5 &  1.759-5 \\
  8 & 15 &  2.891-4 &  2.037-4 &  1.734-4 &  1.593-4 &  1.528-4 &  1.496-4 &  1.482-4 &  1.482-4 &  1.493-4 &  1.511-4 \\
  8 & 16 &  9.318-4 &  4.684-4 &  2.833-4 &  1.898-4 &  1.374-4 &  1.039-4 &  8.135-5 &  6.554-5 &  5.438-5 &  4.571-5 \\
  8 & 17 &  6.063-4 &  2.822-4 &  1.644-4 &  1.069-4 &  7.548-5 &  5.580-5 &  4.278-5 &  3.380-5 &  2.751-5 &  2.276-5 \\
  8 & 18 &  6.725-3 &  6.327-3 &  6.256-3 &  6.251-3 &  6.291-3 &  6.359-3 &  6.471-3 &  6.558-3 &  6.689-3 &  6.814-3 \\
  8 & 19 &  4.794-4 &  2.355-4 &  1.419-4 &  9.508-5 &  6.899-5 &  5.194-5 &  4.035-5 &  3.247-5 &  2.690-5 &  2.260-5 \\
  8 & 20 &  6.790-4 &  3.329-4 &  2.167-4 &  1.677-4 &  1.456-4 &  1.344-4 &  1.293-4 &  1.263-4 &  1.261-4 &  1.262-4 \\
  8 & 21 &  1.216-4 &  5.873-5 &  3.452-5 &  2.257-5 &  1.604-5 &  1.214-5 &  9.634-6 &  7.914-6 &  6.743-6 &  5.919-6 \\
  8 & 22 &  9.795-4 &  4.662-4 &  2.709-4 &  1.758-4 &  1.236-4 &  9.158-5 &  7.096-5 &  5.632-5 &  4.652-5 &  3.905-5 \\
  8 & 23 &  3.596-4 &  2.483-4 &  2.760-4 &  3.226-4 &  3.680-4 &  4.051-4 &  4.382-4 &  4.639-4 &  4.894-4 &  5.091-4 \\
  8 & 24 &  1.056-3 &  5.102-4 &  2.979-4 &  1.932-4 &  1.350-4 &  9.890-5 &  7.557-5 &  5.899-5 &  4.790-5 &  3.944-5 \\
  8 & 25 &  8.396-4 &  4.050-4 &  2.377-4 &  1.565-4 &  1.121-4 &  8.492-5 &  6.761-5 &  5.539-5 &  4.739-5 &  4.134-5 \\
  8 & 26 &  3.946-4 &  1.976-4 &  1.270-4 &  9.388-5 &  7.652-5 &  6.639-5 &  6.066-5 &  5.684-5 &  5.481-5 &  5.352-5 \\
  8 & 27 &  5.208-5 &  2.386-5 &  1.433-5 &  9.885-6 &  7.463-6 &  5.836-6 &  4.716-6 &  3.964-6 &  3.408-6 &  2.966-6 \\
  8 & 28 &  3.223-5 &  1.856-5 &  1.307-5 &  1.018-5 &  8.440-6 &  7.288-6 &  6.483-6 &  5.878-6 &  5.447-6 &  5.124-6 \\
  8 & 29 &  7.922-4 &  3.719-4 &  2.124-4 &  1.356-4 &  9.378-5 &  6.819-5 &  5.172-5 &  4.029-5 &  3.253-5 &  2.669-5 \\
& & & & & & & & & & \\ \hline                                                                                                              
\end{tabular}                                                                                                                               
\newpage                                                                                                                                    
\begin{flushleft}                                                                                                                           
{\bf Table 2.} Collision strengths for transitions in  Fe XI. ($a{\pm}b \equiv a{\times}10^{{\pm}b}$).                                      
\newline                                                                                                                                    
\end{flushleft}                                                                                                                             
\begin{tabular}{rrllllllllll} \hline                                                                                                        
 & & & & & & & & & & \\                                                                                                                    
\multicolumn{2}{c}{Transition} & \multicolumn{10}{c}{Energy (Ry)}\\                                                                         
 & & & & & & & & & & \\ \hline                                                                                                             
 & & & & & & & & & & \\                                                                                                                    
$i$ & $j$ & 10.0 & 20.0 & 30.0 & 40.0 & 50.0 & 60.0 & 70.0 & 80.0 & 90.0 & 100.0 \\                                                         
 & & & & & & & & & & \\ \hline                                                                                                             
 & & & & & & & & & & \\                                                                                                                    
  8 & 30 &  5.556-3 &  5.822-3 &  6.005-3 &  6.132-3 &  6.241-3 &  6.335-3 &  6.472-3 &  6.562-3 &  6.689-3 &  6.794-3 \\
  8 & 31 &  1.007-3 &  4.998-4 &  3.340-4 &  2.669-4 &  2.382-4 &  2.244-4 &  2.195-4 &  2.169-4 &  2.184-4 &  2.200-4 \\
  8 & 32 &  1.256-4 &  5.487-5 &  3.089-5 &  1.965-5 &  1.358-5 &  9.844-6 &  7.407-6 &  5.770-6 &  4.636-6 &  3.802-6 \\
  8 & 33 &  8.030-4 &  4.966-4 &  3.949-4 &  3.513-4 &  3.309-4 &  3.206-4 &  3.157-4 &  3.136-4 &  3.144-4 &  3.165-4 \\
  8 & 34 &  1.112-3 &  1.024-3 &  1.008-3 &  1.009-3 &  1.017-3 &  1.024-3 &  1.043-3 &  1.054-3 &  1.073-3 &  1.088-3 \\
  8 & 35 &  5.837-4 &  2.320-4 &  1.175-4 &  6.893-5 &  4.519-5 &  3.209-5 &  2.432-5 &  1.927-5 &  1.603-5 &  1.373-5 \\
  8 & 36 &  9.816-4 &  4.211-4 &  2.265-4 &  1.382-4 &  9.196-5 &  6.500-5 &  4.814-5 &  3.669-5 &  2.908-5 &  2.353-5 \\
  8 & 37 &  9.980-4 &  5.343-4 &  3.633-4 &  2.800-4 &  2.317-4 &  1.997-4 &  1.768-4 &  1.601-4 &  1.469-4 &  1.363-4 \\
  8 & 38 &  2.297-3 &  1.713-3 &  1.440-3 &  1.293-3 &  1.208-3 &  1.152-3 &  1.118-3 &  1.092-3 &  1.077-3 &  1.066-3 \\
  8 & 39 &  9.776-4 &  6.983-4 &  5.709-4 &  4.953-4 &  4.426-4 &  4.009-4 &  3.678-4 &  3.413-4 &  3.191-4 &  3.003-4 \\
  8 & 40 &  2.935-3 &  2.231-3 &  1.892-3 &  1.689-3 &  1.541-3 &  1.435-3 &  1.350-3 &  1.278-3 &  1.222-3 &  1.177-3 \\
  8 & 41 &  8.250-4 &  4.566-4 &  3.083-4 &  2.313-4 &  1.851-4 &  1.520-4 &  1.282-4 &  1.109-4 &  9.784-5 &  8.723-5 \\
  8 & 42 &  1.039-3 &  5.099-4 &  3.027-4 &  1.996-4 &  1.424-4 &  1.059-4 &  8.194-5 &  6.527-5 &  5.361-5 &  4.460-5 \\
  8 & 43 &  7.132-3 &  6.411-3 &  5.979-3 &  5.720-3 &  5.555-3 &  5.437-3 &  5.371-3 &  5.316-3 &  5.292-3 &  5.275-3 \\
  8 & 44 &  1.814-3 &  1.192-3 &  9.107-4 &  7.512-4 &  6.486-4 &  5.727-4 &  5.156-4 &  4.714-4 &  4.359-4 &  4.063-4 \\
  8 & 45 &  1.950-3 &  1.180-3 &  9.156-4 &  7.975-4 &  7.353-4 &  6.979-4 &  6.760-4 &  6.606-4 &  6.520-4 &  6.460-4 \\
  8 & 46 &  3.485-3 &  1.693-3 &  9.922-4 &  6.486-4 &  4.583-4 &  3.375-4 &  2.589-4 &  2.043-4 &  1.665-4 &  1.373-4 \\
  8 & 47 &  1.789-3 &  8.359-4 &  4.792-4 &  3.104-4 &  2.183-4 &  1.607-4 &  1.232-4 &  9.731-5 &  7.921-5 &  6.539-5 \\
  8 & 48 &  2.715-3 &  1.744-3 &  1.104-3 &  7.522-4 &  5.453-4 &  4.114-4 &  3.225-4 &  2.607-4 &  2.158-4 &  1.813-4 \\
  9 & 10 &  3.254-5 &  1.546-5 &  9.028-6 &  5.866-6 &  4.134-6 &  3.058-6 &  2.348-6 &  1.854-6 &  1.511-6 &  1.249-6 \\
  9 & 11 &  7.225-5 &  3.893-5 &  2.678-5 &  2.092-5 &  1.987-5 &  1.526-5 &  1.396-5 &  1.305-5 &  1.268-5 &  1.191-5 \\
  9 & 12 &  1.042-4 &  5.644-5 &  3.853-5 &  2.960-5 &  3.120-5 &  1.780-5 &  1.583-5 &  2.297-5 &  2.206-5 &  2.023-5 \\
  9 & 13 &  1.505-4 &  8.408-5 &  5.815-5 &  4.506-5 &  9.151-5 &  2.967-5 &  2.653-5 &  2.677-5 &  2.259-5 &  2.379-5 \\
  9 & 14 &  1.593-4 &  7.819-5 &  4.655-5 &  3.079-5 &  2.209-5 &  1.668-5 &  1.319-5 &  1.072-5 &  9.089-6 &  7.840-6 \\
  9 & 15 &  7.641-3 &  4.896-3 &  3.802-3 &  3.241-3 &  2.933-3 &  2.729-3 &  2.597-3 &  2.503-3 &  2.443-3 &  2.396-3 \\
  9 & 16 &  6.844-3 &  3.607-3 &  2.273-3 &  1.577-3 &  1.183-3 &  9.223-4 &  7.458-4 &  6.247-4 &  5.391-4 &  4.722-4 \\
  9 & 17 &  2.866-3 &  1.514-3 &  9.600-4 &  6.716-4 &  5.085-4 &  4.007-4 &  3.277-4 &  2.778-4 &  2.427-4 &  2.150-4 \\
  9 & 18 &  1.007-2 &  5.155-3 &  3.148-3 &  2.119-3 &  1.545-3 &  1.172-3 &  9.367-4 &  7.619-4 &  6.374-4 &  5.455-4 \\
  9 & 19 &  1.519-2 &  7.722-3 &  4.668-3 &  3.103-3 &  2.226-3 &  1.664-3 &  1.292-3 &  1.030-3 &  8.483-4 &  7.074-4 \\
  9 & 20 &  2.017-2 &  1.023-2 &  6.175-3 &  4.098-3 &  2.935-3 &  2.190-3 &  1.697-3 &  1.351-3 &  1.111-3 &  9.246-4 \\
  9 & 21 &  8.361-4 &  3.151-4 &  1.743-4 &  1.146-4 &  8.408-5 &  6.368-5 &  4.991-5 &  4.095-5 &  3.433-5 &  2.902-5 \\
  9 & 22 &  8.575-3 &  4.777-3 &  3.282-3 &  2.541-3 &  2.156-3 &  1.892-3 &  1.772-3 &  1.606-3 &  1.528-3 &  1.460-3 \\
  9 & 23 &  9.502-3 &  4.625-3 &  2.698-3 &  1.741-3 &  1.211-3 &  8.828-4 &  6.720-4 &  5.237-4 &  4.244-4 &  3.492-4 \\
  9 & 24 &  1.023-2 &  4.983-3 &  2.908-3 &  1.878-3 &  1.308-3 &  9.560-4 &  7.303-4 &  5.714-4 &  4.657-4 &  3.857-4 \\
  9 & 25 &  3.662-3 &  2.370-3 &  2.411-3 &  2.684-3 &  2.982-3 &  3.229-3 &  3.453-3 &  3.631-3 &  3.807-3 &  3.946-3 \\
  9 & 26 &  6.857-2 &  6.646-2 &  6.663-2 &  6.707-2 &  6.778-2 &  6.869-2 &  7.032-2 &  7.159-2 &  7.332-2 &  7.499-2 \\
  9 & 27 &  2.859-3 &  1.310-3 &  7.657-4 &  5.180-4 &  3.922-4 &  3.088-4 &  2.416-4 &  2.069-4 &  1.834-4 &  1.658-4 \\
  9 & 28 &  2.172-3 &  1.058-3 &  6.235-4 &  4.074-4 &  2.883-4 &  2.134-4 &  1.640-4 &  1.298-4 &  1.059-4 &  8.752-5 \\
  9 & 29 &  2.979-3 &  1.380-3 &  8.071-4 &  5.479-4 &  4.183-4 &  3.060-4 &  2.159-4 &  1.853-4 &  1.571-4 &  1.466-4 \\
  9 & 30 &  3.688-3 &  2.276-3 &  1.784-3 &  1.560-3 &  1.447-3 &  1.386-3 &  1.370-3 &  1.360-3 &  1.370-3 &  1.381-3 \\
  9 & 31 &  3.530-3 &  1.609-3 &  9.505-4 &  6.582-4 &  5.136-4 &  4.329-4 &  3.867-4 &  3.570-4 &  3.409-4 &  3.298-4 \\
  9 & 32 &  6.484-3 &  3.198-3 &  1.920-3 &  1.285-3 &  9.339-4 &  7.115-4 &  5.618-4 &  4.602-4 &  3.881-4 &  3.332-4 \\
  9 & 33 &  4.677-3 &  2.436-3 &  1.667-3 &  1.325-3 &  1.158-3 &  1.034-3 &  9.595-4 &  9.285-4 &  9.226-4 &  9.177-4 \\
  9 & 34 &  1.037-2 &  5.658-3 &  3.911-3 &  3.104-3 &  2.711-3 &  2.393-3 &  2.067-3 &  1.943-3 &  1.849-3 &  1.798-3 \\
  9 & 35 &  7.179-3 &  4.270-3 &  3.317-3 &  2.909-3 &  2.720-3 &  2.623-3 &  2.600-3 &  2.597-3 &  2.618-3 &  2.651-3 \\
  9 & 36 &  2.401-2 &  2.509-2 &  2.593-2 &  2.659-2 &  2.717-2 &  2.763-2 &  2.811-2 &  2.854-2 &  2.906-2 &  2.956-2 \\
  9 & 37 &  3.353-3 &  1.471-3 &  8.070-4 &  5.052-4 &  3.491-4 &  2.568-4 &  1.907-4 &  1.523-4 &  1.265-4 &  1.096-4 \\
& & & & & & & & & & \\ \hline                                                                                                              
\end{tabular}                                                                                                                               
\newpage                                                                                                                                    
\begin{flushleft}                                                                                                                           
{\bf Table 2.} Collision strengths for transitions in  Fe XI. ($a{\pm}b \equiv a{\times}10^{{\pm}b}$).                                      
\newline                                                                                                                                    
\end{flushleft}                                                                                                                             
\begin{tabular}{rrllllllllll} \hline                                                                                                        
 & & & & & & & & & & \\                                                                                                                    
\multicolumn{2}{c}{Transition} & \multicolumn{10}{c}{Energy (Ry)}\\                                                                         
 & & & & & & & & & & \\ \hline                                                                                                             
 & & & & & & & & & & \\                                                                                                                    
$i$ & $j$ & 10.0 & 20.0 & 30.0 & 40.0 & 50.0 & 60.0 & 70.0 & 80.0 & 90.0 & 100.0 \\                                                         
 & & & & & & & & & & \\ \hline                                                                                                             
 & & & & & & & & & & \\                                                                                                                    
  9 & 38 &  6.824-3 &  3.204-3 &  1.881-3 &  1.257-3 &  9.187-4 &  6.901-4 &  5.182-4 &  4.181-4 &  3.464-4 &  2.958-4 \\
  9 & 39 &  1.714-2 &  1.162-2 &  9.206-3 &  7.880-3 &  7.038-3 &  6.448-3 &  6.013-3 &  5.738-3 &  5.513-3 &  5.347-3 \\
  9 & 40 &  1.148-3 &  5.042-4 &  2.841-4 &  1.833-4 &  1.285-4 &  9.496-5 &  7.314-5 &  5.772-5 &  4.705-5 &  3.924-5 \\
  9 & 41 &  4.227-2 &  3.001-2 &  2.418-2 &  2.075-2 &  1.845-2 &  1.680-2 &  1.564-2 &  1.483-2 &  1.416-2 &  1.363-2 \\
  9 & 42 &  8.014-3 &  3.673-3 &  2.095-3 &  1.355-3 &  9.625-4 &  7.198-4 &  5.647-4 &  4.615-4 &  3.908-4 &  3.384-4 \\
  9 & 43 &  8.946-3 &  5.901-3 &  4.752-3 &  4.201-3 &  3.904-3 &  3.716-3 &  3.622-3 &  3.554-3 &  3.527-3 &  3.507-3 \\
  9 & 44 &  5.539-3 &  3.152-3 &  2.230-3 &  1.777-3 &  1.523-3 &  1.356-3 &  1.236-3 &  1.163-3 &  1.108-3 &  1.069-3 \\
  9 & 45 &  2.436-2 &  2.357-2 &  2.308-2 &  2.280-2 &  2.264-2 &  2.248-2 &  2.242-2 &  2.240-2 &  2.246-2 &  2.253-2 \\
  9 & 46 &  3.125-2 &  2.719-2 &  2.504-2 &  2.385-2 &  2.311-2 &  2.259-2 &  2.230-2 &  2.211-2 &  2.200-2 &  2.195-2 \\
  9 & 47 &  9.031-3 &  6.258-3 &  4.961-3 &  4.218-3 &  3.709-3 &  3.324-3 &  3.028-3 &  2.807-3 &  2.618-3 &  2.463-3 \\
  9 & 48 &  1.886-0 &  2.356-0 &  2.660-0 &  2.890-0 &  3.084-0 &  3.261-0 &  3.420-0 &  3.557-0 &  3.697-0 &  3.797-0 \\
 10 & 11 &  1.270-1 &  6.817-2 &  4.331-2 &  2.998-2 &  2.219-2 &  1.706-2 &  1.349-2 &  1.097-2 &  9.131-3 &  7.706-3 \\
 10 & 12 &  6.235-2 &  6.167-2 &  6.246-2 &  6.315-2 &  6.392-2 &  6.433-2 &  6.477-2 &  6.488-2 &  6.546-2 &  6.551-2 \\
 10 & 13 &  1.301-2 &  6.079-3 &  3.440-3 &  2.155-3 &  1.462-3 &  1.045-3 &  7.802-4 &  5.979-4 &  4.764-4 &  3.865-4 \\
 10 & 14 &  1.294-2 &  7.293-3 &  5.520-3 &  4.854-3 &  4.630-3 &  4.552-3 &  4.570-3 &  4.599-3 &  4.683-3 &  4.753-3 \\
 10 & 15 &  8.057-3 &  4.019-3 &  2.483-3 &  1.736-3 &  1.339-3 &  1.112-3 &  9.563-4 &  8.329-4 &  7.631-4 &  7.080-4 \\
 10 & 16 &  5.240-3 &  2.551-3 &  1.484-3 &  9.518-4 &  6.574-4 &  4.763-4 &  3.601-4 &  2.787-4 &  2.245-4 &  1.837-4 \\
 10 & 17 &  7.860-3 &  3.925-3 &  2.342-3 &  1.533-3 &  1.081-3 &  7.978-4 &  6.107-4 &  4.804-4 &  3.899-4 &  3.217-4 \\
 10 & 18 &  1.224-2 &  7.175-3 &  5.045-3 &  3.923-3 &  3.291-3 &  2.871-3 &  2.590-3 &  2.393-3 &  2.260-3 &  2.151-3 \\
 10 & 19 &  5.464-3 &  2.933-3 &  1.837-3 &  1.252-3 &  9.170-4 &  6.932-4 &  5.418-4 &  4.357-4 &  3.607-4 &  3.008-4 \\
 10 & 20 &  5.699-5 &  3.023-5 &  2.286-5 &  2.045-5 &  1.982-5 &  1.975-5 &  2.003-5 &  2.029-5 &  2.076-5 &  2.117-5 \\
 10 & 21 &  4.268-5 &  1.771-5 &  9.574-6 &  6.022-6 &  4.260-6 &  3.201-6 &  2.513-6 &  2.072-6 &  1.768-6 &  1.533-6 \\
 10 & 22 &  9.131-3 &  4.971-3 &  3.138-3 &  2.152-3 &  1.584-3 &  1.200-3 &  9.396-4 &  7.578-4 &  6.284-4 &  5.246-4 \\
 10 & 23 &  1.402-5 &  7.347-6 &  4.930-6 &  3.905-6 &  3.483-6 &  3.261-6 &  3.173-6 &  3.135-6 &  3.149-6 &  3.158-6 \\
 10 & 24 &  5.902-6 &  2.974-6 &  1.668-6 &  1.031-6 &  6.978-7 &  4.936-7 &  3.666-7 &  2.813-7 &  2.242-7 &  1.811-7 \\
 10 & 25 &  3.910-6 &  1.656-6 &  9.141-7 &  5.884-7 &  4.181-7 &  3.166-7 &  2.525-7 &  2.071-7 &  1.768-7 &  1.538-7 \\
 10 & 26 &  6.244-4 &  4.894-4 &  4.245-4 &  3.880-4 &  4.712-4 &  2.803-4 &  2.821-4 &  2.846-4 &  2.917-4 &  2.641-4 \\
 10 & 27 &  4.516-3 &  1.935-3 &  1.040-3 &  6.334-4 &  4.240-4 &  3.002-4 &  2.210-4 &  1.691-4 &  1.335-4 &  1.071-4 \\
 10 & 28 &  8.558-4 &  3.542-4 &  1.926-4 &  1.230-4 &  8.856-5 &  6.741-5 &  5.370-5 &  4.488-5 &  3.881-5 &  3.397-5 \\
 10 & 29 &  1.275-3 &  6.962-4 &  4.387-4 &  3.002-4 &  2.206-4 &  1.668-4 &  1.306-4 &  1.052-4 &  8.720-5 &  7.275-5 \\
 10 & 30 &  3.536-3 &  2.341-3 &  1.925-3 &  1.781-3 &  1.767-3 &  1.656-3 &  1.414-3 &  1.401-3 &  1.359-3 &  1.371-3 \\
 10 & 31 &  8.753-6 &  5.173-6 &  3.627-6 &  2.848-6 &  2.459-6 &  2.238-6 &  2.131-6 &  2.070-6 &  2.057-6 &  2.049-6 \\
 10 & 32 &  8.013-4 &  3.627-4 &  2.066-4 &  1.333-4 &  9.454-5 &  6.974-5 &  5.334-5 &  4.233-5 &  3.457-5 &  2.838-5 \\
 10 & 33 &  3.851-3 &  1.637-3 &  8.919-4 &  5.645-4 &  4.031-4 &  2.981-4 &  2.248-4 &  1.870-4 &  1.608-4 &  1.428-4 \\
 10 & 34 &  9.757-5 &  6.222-5 &  4.803-5 &  4.205-5 &  4.027-5 &  3.553-5 &  2.738-5 &  2.644-5 &  2.466-5 &  2.449-5 \\
 10 & 35 &  1.424-3 &  6.681-4 &  3.827-4 &  2.445-4 &  1.686-4 &  1.220-4 &  9.230-5 &  7.158-5 &  5.773-5 &  4.733-5 \\
 10 & 36 &  9.822-6 &  4.338-6 &  2.416-6 &  1.530-6 &  1.053-6 &  7.599-7 &  5.735-7 &  4.450-7 &  3.584-7 &  2.930-7 \\
 10 & 37 &  1.732-3 &  9.772-4 &  6.274-4 &  4.346-4 &  3.221-4 &  2.451-4 &  1.929-4 &  1.562-4 &  1.299-4 &  1.087-4 \\
 10 & 38 &  7.989-4 &  5.261-4 &  4.007-4 &  3.308-4 &  2.904-4 &  2.628-4 &  2.457-4 &  2.337-4 &  2.267-4 &  2.211-4 \\
 10 & 39 &  1.434-3 &  7.826-4 &  4.962-4 &  3.411-4 &  2.516-4 &  1.907-4 &  1.496-4 &  1.208-4 &  1.004-4 &  8.376-5 \\
 10 & 40 &  1.061-4 &  4.504-5 &  2.610-5 &  1.797-5 &  1.374-5 &  1.095-5 &  9.042-6 &  7.738-6 &  6.768-6 &  5.947-6 \\
 10 & 41 &  5.479-4 &  2.788-4 &  1.700-4 &  1.141-4 &  8.258-5 &  6.186-5 &  4.808-5 &  3.846-5 &  3.168-5 &  2.631-5 \\
 10 & 42 &  8.511-3 &  3.827-3 &  2.142-3 &  1.358-3 &  9.312-4 &  6.714-4 &  5.064-4 &  3.923-4 &  3.156-4 &  2.582-4 \\
 10 & 43 &  2.943-3 &  1.143-3 &  5.808-4 &  3.428-4 &  2.220-4 &  1.541-4 &  1.126-4 &  8.502-5 &  6.707-5 &  5.443-5 \\
 10 & 44 &  1.612-3 &  6.639-4 &  3.683-4 &  2.395-4 &  1.686-4 &  1.249-4 &  9.659-5 &  7.623-5 &  6.240-5 &  5.225-5 \\
 10 & 45 &  3.151-4 &  1.287-4 &  7.351-5 &  5.256-5 &  4.346-5 &  3.288-5 &  1.955-5 &  1.747-5 &  1.399-5 &  1.328-5 \\
 10 & 46 &  9.599-5 &  4.456-5 &  2.541-5 &  1.636-5 &  1.135-5 &  8.246-6 &  6.263-6 &  4.885-6 &  3.950-6 &  3.243-6 \\
& & & & & & & & & & \\ \hline                                                                                                              
\end{tabular}                                                                                                                               
\newpage                                                                                                                                    
\begin{flushleft}                                                                                                                           
{\bf Table 2.} Collision strengths for transitions in  Fe XI. ($a{\pm}b \equiv a{\times}10^{{\pm}b}$).                                      
\newline                                                                                                                                    
\end{flushleft}                                                                                                                             
\begin{tabular}{rrllllllllll} \hline                                                                                                        
 & & & & & & & & & & \\                                                                                                                    
\multicolumn{2}{c}{Transition} & \multicolumn{10}{c}{Energy (Ry)}\\                                                                         
 & & & & & & & & & & \\ \hline                                                                                                             
 & & & & & & & & & & \\                                                                                                                    
$i$ & $j$ & 10.0 & 20.0 & 30.0 & 40.0 & 50.0 & 60.0 & 70.0 & 80.0 & 90.0 & 100.0 \\                                                         
 & & & & & & & & & & \\ \hline                                                                                                             
 & & & & & & & & & & \\                                                                                                                    
 10 & 47 &  1.637-5 &  7.068-6 &  3.914-6 &  2.499-6 &  1.731-6 &  1.266-6 &  9.664-7 &  7.579-7 &  6.138-7 &  5.075-7 \\
 10 & 48 &  1.176-5 &  7.652-6 &  4.924-6 &  3.396-6 &  2.478-6 &  1.876-6 &  1.474-6 &  1.193-6 &  9.870-7 &  8.296-7 \\
 11 & 12 &  2.789-1 &  1.698-1 &  1.247-1 &  1.009-1 &  8.730-2 &  7.833-2 &  7.218-2 &  6.775-2 &  6.476-2 &  6.239-2 \\
 11 & 13 &  1.007-1 &  8.677-2 &  8.290-2 &  8.148-2 &  8.125-2 &  8.108-2 &  8.121-2 &  8.108-2 &  8.161-2 &  8.161-2 \\
 11 & 14 &  4.074-2 &  2.212-2 &  1.599-2 &  1.350-2 &  1.249-2 &  1.203-2 &  1.191-2 &  1.187-2 &  1.200-2 &  1.212-2 \\
 11 & 15 &  2.310-2 &  1.139-2 &  6.817-3 &  4.546-3 &  3.306-3 &  2.545-3 &  2.051-3 &  1.710-3 &  1.478-3 &  1.303-3 \\
 11 & 16 &  2.079-2 &  1.057-2 &  6.526-3 &  4.512-3 &  3.408-3 &  2.726-3 &  2.291-3 &  1.985-3 &  1.786-3 &  1.632-3 \\
 11 & 17 &  2.564-2 &  1.361-2 &  8.799-3 &  6.355-3 &  5.006-3 &  4.456-3 &  3.614-3 &  3.198-3 &  2.933-3 &  2.730-3 \\
 11 & 18 &  2.750-2 &  1.495-2 &  9.668-3 &  6.892-3 &  5.419-3 &  4.254-3 &  3.551-3 &  3.060-3 &  2.720-3 &  2.443-3 \\
 11 & 19 &  1.767-2 &  1.005-2 &  6.783-3 &  5.050-3 &  4.063-3 &  3.403-3 &  2.960-3 &  2.648-3 &  2.432-3 &  2.259-3 \\
 11 & 20 &  2.336-3 &  1.270-3 &  8.127-4 &  5.700-4 &  4.319-4 &  3.394-4 &  2.773-4 &  2.340-4 &  2.038-4 &  1.797-4 \\
 11 & 21 &  1.807-4 &  8.383-5 &  4.843-5 &  3.143-5 &  2.229-5 &  1.652-5 &  1.268-5 &  1.008-5 &  8.227-6 &  6.790-6 \\
 11 & 22 &  2.360-2 &  1.303-2 &  8.373-3 &  5.869-3 &  4.429-3 &  3.456-3 &  2.798-3 &  2.337-3 &  2.011-3 &  1.748-3 \\
 11 & 23 &  5.071-3 &  2.759-3 &  1.742-3 &  1.194-3 &  8.792-4 &  6.664-4 &  5.220-4 &  4.211-4 &  3.494-4 &  2.918-4 \\
 11 & 24 &  2.289-5 &  1.223-5 &  7.639-6 &  5.464-6 &  4.390-6 &  3.742-6 &  3.368-6 &  3.127-6 &  2.992-6 &  2.883-6 \\
 11 & 25 &  2.747-4 &  1.482-4 &  9.318-5 &  6.399-5 &  4.735-5 &  3.627-5 &  2.884-5 &  2.366-5 &  2.002-5 &  1.713-5 \\
 11 & 26 &  1.001-3 &  6.364-4 &  4.792-4 &  3.953-4 &  2.499-4 &  1.837-4 &  1.786-4 &  1.623-4 &  1.726-4 &  1.397-4 \\
 11 & 27 &  1.109-2 &  4.976-3 &  2.886-3 &  1.943-3 &  1.471-3 &  1.176-3 &  9.958-4 &  8.786-4 &  8.014-4 &  7.410-4 \\
 11 & 28 &  2.348-3 &  1.008-3 &  5.537-4 &  3.486-4 &  2.432-4 &  1.772-4 &  1.340-4 &  1.054-4 &  8.538-5 &  6.945-5 \\
 11 & 29 &  6.895-3 &  4.098-3 &  3.008-3 &  2.487-3 &  2.227-3 &  2.024-3 &  1.853-3 &  1.776-3 &  1.729-3 &  1.701-3 \\
 11 & 30 &  7.630-3 &  4.041-3 &  2.778-3 &  2.284-3 &  2.139-3 &  1.788-3 &  1.233-3 &  1.116-3 &  1.025-3 &  9.709-4 \\
 11 & 31 &  6.047-4 &  3.309-4 &  2.087-4 &  1.429-4 &  1.052-4 &  7.982-5 &  6.275-5 &  5.083-5 &  4.240-5 &  3.565-5 \\
 11 & 32 &  2.661-3 &  1.191-3 &  6.912-4 &  4.687-4 &  3.589-4 &  2.831-4 &  2.186-4 &  1.855-4 &  1.623-4 &  1.448-4 \\
 11 & 33 &  1.166-2 &  5.178-3 &  2.955-3 &  1.970-3 &  1.486-3 &  1.167-3 &  9.155-4 &  7.874-4 &  6.982-4 &  6.367-4 \\
 11 & 34 &  4.591-4 &  2.229-4 &  1.348-4 &  9.260-5 &  7.055-5 &  5.386-5 &  4.049-5 &  3.349-5 &  2.858-5 &  2.471-5 \\
 11 & 35 &  4.793-3 &  2.367-3 &  1.475-3 &  1.057-3 &  8.370-4 &  6.920-4 &  5.880-4 &  5.289-4 &  4.903-4 &  4.645-4 \\
 11 & 36 &  6.478-5 &  3.977-5 &  3.261-5 &  3.074-5 &  3.076-5 &  2.529-5 &  1.919-5 &  1.979-5 &  1.900-5 &  2.005-5 \\
 11 & 37 &  5.454-3 &  3.299-3 &  2.305-3 &  1.760-3 &  1.446-3 &  1.231-3 &  1.087-3 &  9.883-4 &  9.217-4 &  8.694-4 \\
 11 & 38 &  2.835-3 &  1.607-3 &  1.049-3 &  7.409-4 &  5.612-4 &  4.371-4 &  3.524-4 &  2.936-4 &  2.517-4 &  2.180-4 \\
 11 & 39 &  3.692-3 &  2.175-3 &  1.517-3 &  1.163-3 &  9.609-4 &  8.237-4 &  7.360-4 &  6.742-4 &  6.340-4 &  6.010-4 \\
 11 & 40 &  1.052-3 &  5.274-4 &  3.209-4 &  2.162-4 &  1.577-4 &  1.188-4 &  9.285-5 &  7.483-5 &  6.209-5 &  5.178-5 \\
 11 & 41 &  1.329-3 &  7.304-4 &  4.899-4 &  3.670-4 &  2.983-4 &  2.526-4 &  2.239-4 &  2.039-4 &  1.914-4 &  1.809-4 \\
 11 & 42 &  2.425-2 &  1.082-2 &  6.034-3 &  3.819-3 &  2.618-3 &  1.890-3 &  1.428-3 &  1.109-3 &  8.960-4 &  7.365-4 \\
 11 & 43 &  1.008-2 &  4.112-3 &  2.177-3 &  1.332-3 &  8.906-4 &  6.324-4 &  4.711-4 &  3.615-4 &  2.889-4 &  2.364-4 \\
 11 & 44 &  4.891-3 &  2.008-3 &  1.115-3 &  7.346-4 &  5.339-4 &  4.067-4 &  3.081-4 &  2.499-4 &  2.107-4 &  1.836-4 \\
 11 & 45 &  1.034-3 &  4.350-4 &  2.495-4 &  1.746-4 &  1.391-4 &  1.055-4 &  6.958-5 &  5.831-5 &  4.906-5 &  4.400-5 \\
 11 & 46 &  2.681-4 &  1.290-4 &  7.883-5 &  5.625-5 &  4.421-5 &  3.290-5 &  2.377-5 &  2.060-5 &  1.747-5 &  1.603-5 \\
 11 & 47 &  4.877-5 &  3.785-5 &  3.601-5 &  3.692-5 &  3.996-5 &  3.663-5 &  2.191-5 &  1.845-5 &  1.607-5 &  1.486-5 \\
 11 & 48 &  3.774-4 &  4.554-4 &  5.046-4 &  5.446-4 &  5.787-4 &  6.112-4 &  6.389-4 &  6.636-4 &  6.889-4 &  7.071-4 \\
 12 & 13 &  4.176-1 &  2.873-1 &  2.357-1 &  2.092-1 &  1.947-1 &  1.852-1 &  1.790-1 &  1.745-1 &  1.717-1 &  1.698-1 \\
 12 & 14 &  1.123-1 &  7.963-2 &  6.904-2 &  6.466-2 &  6.296-2 &  6.209-2 &  6.184-2 &  6.160-2 &  6.190-2 &  6.203-2 \\
 12 & 15 &  4.472-2 &  2.359-2 &  1.513-2 &  1.085-2 &  8.483-3 &  6.998-3 &  6.033-3 &  5.361-3 &  4.907-3 &  4.562-3 \\
 12 & 16 &  4.434-2 &  2.241-2 &  1.371-2 &  9.348-3 &  6.954-3 &  5.481-3 &  4.510-3 &  3.840-3 &  3.389-3 &  3.051-3 \\
 12 & 17 &  3.556-2 &  1.776-2 &  1.063-2 &  7.021-3 &  5.029-3 &  3.758-3 &  2.932-3 &  2.378-3 &  2.021-3 &  1.672-3 \\
 12 & 18 &  2.887-2 &  1.572-2 &  1.025-2 &  7.389-3 &  5.893-3 &  4.621-3 &  3.906-3 &  4.112-3 &  3.559-3 &  2.838-3 \\
 12 & 19 &  3.107-2 &  1.849-2 &  1.323-2 &  1.046-2 &  8.900-3 &  7.862-3 &  7.170-3 &  6.685-3 &  6.354-3 &  6.098-3 \\
 12 & 20 &  1.028-2 &  5.731-3 &  3.756-3 &  2.697-3 &  2.089-3 &  1.682-3 &  1.401-3 &  1.203-3 &  1.066-3 &  9.549-4 \\
& & & & & & & & & & \\ \hline                                                                                                              
\end{tabular}                                                                                                                               
\newpage                                                                                                                                    
\begin{flushleft}                                                                                                                           
{\bf Table 2.} Collision strengths for transitions in  Fe XI. ($a{\pm}b \equiv a{\times}10^{{\pm}b}$).                                      
\newline                                                                                                                                    
\end{flushleft}                                                                                                                             
\begin{tabular}{rrllllllllll} \hline                                                                                                        
 & & & & & & & & & & \\                                                                                                                    
\multicolumn{2}{c}{Transition} & \multicolumn{10}{c}{Energy (Ry)}\\                                                                         
 & & & & & & & & & & \\ \hline                                                                                                             
 & & & & & & & & & & \\                                                                                                                    
$i$ & $j$ & 10.0 & 20.0 & 30.0 & 40.0 & 50.0 & 60.0 & 70.0 & 80.0 & 90.0 & 100.0 \\                                                         
 & & & & & & & & & & \\ \hline                                                                                                             
 & & & & & & & & & & \\                                                                                                                    
 12 & 21 &  2.840-4 &  1.581-4 &  1.086-4 &  8.365-5 &  7.012-5 &  6.273-5 &  5.600-5 &  5.139-5 &  4.884-5 &  4.649-5 \\
 12 & 22 &  2.896-2 &  1.640-2 &  1.091-2 &  7.959-3 &  6.269-3 &  5.130-3 &  4.361-3 &  3.824-3 &  3.444-3 &  3.143-3 \\
 12 & 23 &  2.151-2 &  1.227-2 &  8.204-3 &  6.018-3 &  4.764-3 &  3.916-3 &  3.338-3 &  2.932-3 &  2.650-3 &  2.420-3 \\
 12 & 24 &  3.157-3 &  1.717-3 &  1.083-3 &  7.425-4 &  5.464-4 &  4.141-4 &  3.244-4 &  2.617-4 &  2.171-4 &  1.813-4 \\
 12 & 25 &  2.003-3 &  1.293-3 &  9.910-4 &  8.325-4 &  7.459-4 &  6.918-4 &  6.457-4 &  6.144-4 &  5.967-4 &  5.801-4 \\
 12 & 26 &  1.291-3 &  6.993-4 &  4.771-4 &  3.682-4 &  2.317-4 &  1.812-4 &  1.455-4 &  1.483-4 &  1.571-4 &  1.474-4 \\
 12 & 27 &  1.174-2 &  5.114-3 &  2.837-3 &  1.803-3 &  1.317-3 &  9.087-4 &  6.873-4 &  6.251-4 &  4.743-4 &  4.599-4 \\
 12 & 28 &  2.696-3 &  1.383-3 &  9.138-4 &  6.937-4 &  5.782-4 &  5.043-4 &  4.561-4 &  4.230-4 &  4.018-4 &  3.831-4 \\
 12 & 29 &  1.322-2 &  6.275-3 &  3.718-3 &  2.493-3 &  2.042-3 &  1.322-3 &  1.048-3 &  8.560-4 &  8.394-4 &  7.316-4 \\
 12 & 30 &  1.100-2 &  5.375-3 &  3.449-3 &  2.679-3 &  2.406-3 &  1.945-3 &  1.334-3 &  1.099-3 &  1.039-3 &  9.418-4 \\
 12 & 31 &  4.385-3 &  2.737-3 &  2.069-3 &  1.732-3 &  1.553-3 &  1.436-3 &  1.365-3 &  1.322-3 &  1.302-3 &  1.291-3 \\
 12 & 32 &  5.723-3 &  2.621-3 &  1.580-3 &  1.128-3 &  9.155-4 &  7.629-4 &  6.083-4 &  5.306-4 &  4.851-4 &  4.490-4 \\
 12 & 33 &  1.616-2 &  7.369-3 &  4.291-3 &  2.889-3 &  2.174-3 &  1.728-3 &  1.414-3 &  1.223-3 &  1.099-3 &  1.008-3 \\
 12 & 34 &  1.800-3 &  8.726-4 &  5.487-4 &  3.993-4 &  3.217-4 &  2.709-4 &  2.391-4 &  2.184-4 &  2.061-4 &  1.960-4 \\
 12 & 35 &  9.877-3 &  4.619-3 &  2.741-3 &  1.871-3 &  1.416-3 &  1.115-3 &  9.247-4 &  8.099-4 &  7.398-4 &  6.913-4 \\
 12 & 36 &  2.182-4 &  1.500-4 &  1.347-4 &  1.388-4 &  1.505-4 &  1.212-4 &  7.965-5 &  7.113-5 &  6.853-5 &  6.615-5 \\
 12 & 37 &  9.246-3 &  6.050-3 &  4.586-3 &  3.789-3 &  3.335-3 &  3.027-3 &  2.837-3 &  2.707-3 &  2.630-3 &  2.573-3 \\
 12 & 38 &  7.947-3 &  4.641-3 &  3.183-3 &  2.393-3 &  1.939-3 &  1.632-3 &  1.430-3 &  1.290-3 &  1.196-3 &  1.121-3 \\
 12 & 39 &  4.136-3 &  2.453-3 &  1.754-3 &  1.391-3 &  1.190-3 &  1.052-3 &  9.513-4 &  8.866-4 &  8.455-4 &  8.143-4 \\
 12 & 40 &  3.282-3 &  1.919-3 &  1.344-3 &  1.042-3 &  8.722-4 &  7.585-4 &  6.840-4 &  6.332-4 &  6.001-4 &  5.744-4 \\
 12 & 41 &  1.166-3 &  6.255-4 &  4.147-4 &  3.106-4 &  2.548-4 &  2.156-4 &  1.808-4 &  1.599-4 &  1.472-4 &  1.370-4 \\
 12 & 42 &  3.713-2 &  1.629-2 &  9.029-3 &  5.708-3 &  3.923-3 &  2.840-3 &  2.153-3 &  1.685-3 &  1.373-3 &  1.141-3 \\
 12 & 43 &  1.875-2 &  8.113-3 &  4.520-3 &  2.907-3 &  2.043-3 &  1.516-3 &  1.169-3 &  9.358-4 &  7.811-4 &  6.677-4 \\
 12 & 44 &  9.282-3 &  3.783-3 &  2.044-3 &  1.305-3 &  9.269-4 &  6.919-4 &  4.975-4 &  3.792-4 &  3.128-4 &  2.609-4 \\
 12 & 45 &  1.797-3 &  7.881-4 &  4.583-4 &  3.163-4 &  2.434-4 &  1.897-4 &  1.398-4 &  1.130-4 &  9.712-5 &  8.493-5 \\
 12 & 46 &  3.830-4 &  1.977-4 &  1.358-4 &  1.126-4 &  1.026-4 &  7.901-5 &  5.176-5 &  4.398-5 &  3.809-5 &  3.469-5 \\
 12 & 47 &  6.785-5 &  7.917-5 &  8.903-5 &  9.887-5 &  1.123-4 &  1.083-4 &  6.828-5 &  4.809-5 &  4.535-5 &  3.885-5 \\
 12 & 48 &  2.072-5 &  1.334-5 &  8.525-6 &  5.856-6 &  4.260-6 &  3.217-6 &  2.523-6 &  2.040-6 &  1.686-6 &  1.416-6 \\
 13 & 14 &  4.547-1 &  3.268-1 &  2.783-1 &  2.542-1 &  2.416-1 &  2.336-1 &  2.284-1 &  2.248-1 &  2.228-1 &  2.215-1 \\
 13 & 15 &  7.177-2 &  3.687-2 &  2.268-2 &  1.542-2 &  1.136-2 &  8.791-3 &  7.093-3 &  5.907-3 &  5.092-3 &  4.470-3 \\
 13 & 16 &  7.789-2 &  4.017-2 &  2.512-2 &  1.755-2 &  1.337-2 &  1.077-2 &  9.067-3 &  7.882-3 &  7.079-3 &  6.472-3 \\
 13 & 17 &  3.576-2 &  1.784-2 &  1.069-2 &  7.101-3 &  5.155-3 &  3.893-3 &  3.078-3 &  2.519-3 &  2.137-3 &  1.848-3 \\
 13 & 18 &  8.699-3 &  4.798-3 &  3.278-3 &  2.516-3 &  2.207-3 &  1.784-3 &  1.585-3 &  1.777-3 &  1.964-3 &  1.346-3 \\
 13 & 19 &  3.906-2 &  2.222-2 &  1.529-2 &  1.169-2 &  9.779-3 &  8.365-3 &  8.093-3 &  6.828-3 &  6.308-3 &  5.935-3 \\
 13 & 20 &  3.479-2 &  2.341-2 &  1.863-2 &  1.609-2 &  1.468-2 &  1.371-2 &  1.307-2 &  1.262-2 &  1.232-2 &  1.209-2 \\
 13 & 21 &  3.629-4 &  1.950-4 &  1.215-4 &  8.235-5 &  5.994-5 &  4.514-5 &  3.516-5 &  2.820-5 &  2.329-5 &  1.939-5 \\
 13 & 22 &  2.304-2 &  1.327-2 &  9.040-3 &  6.786-3 &  5.501-3 &  4.638-3 &  4.058-3 &  3.654-3 &  3.370-3 &  3.143-3 \\
 13 & 23 &  4.279-2 &  2.529-2 &  1.764-2 &  1.353-2 &  1.118-2 &  9.588-3 &  8.507-3 &  7.756-3 &  7.223-3 &  6.805-3 \\
 13 & 24 &  2.489-2 &  1.474-2 &  1.030-2 &  7.919-3 &  6.566-3 &  5.645-3 &  5.013-3 &  4.564-3 &  4.258-3 &  4.012-3 \\
 13 & 25 &  3.957-3 &  2.074-3 &  1.296-3 &  8.915-4 &  6.646-4 &  5.157-4 &  4.108-4 &  3.385-4 &  2.879-4 &  2.475-4 \\
 13 & 26 &  1.887-3 &  8.641-4 &  5.087-4 &  3.449-4 &  2.829-4 &  1.955-4 &  1.536-4 &  1.600-4 &  1.172-4 &  1.140-4 \\
 13 & 27 &  1.031-2 &  5.276-3 &  3.453-3 &  2.590-3 &  2.213-3 &  1.807-3 &  1.509-3 &  1.561-3 &  1.381-3 &  1.579-3 \\
 13 & 28 &  1.869-3 &  9.986-4 &  6.246-4 &  4.262-4 &  3.128-4 &  2.364-4 &  1.850-4 &  1.491-4 &  1.236-4 &  1.031-4 \\
 13 & 29 &  1.781-2 &  7.981-3 &  4.566-3 &  3.001-3 &  2.501-3 &  1.542-3 &  1.186-3 &  1.021-3 &  9.928-4 &  8.734-4 \\
 13 & 30 &  1.158-2 &  5.661-3 &  3.717-3 &  2.992-3 &  2.777-3 &  2.447-3 &  1.871-3 &  1.548-3 &  1.494-3 &  1.391-3 \\
 13 & 31 &  1.193-2 &  5.729-3 &  3.384-3 &  2.240-3 &  1.620-3 &  1.216-3 &  9.477-4 &  7.655-4 &  6.376-4 &  5.351-4 \\
 13 & 32 &  7.162-3 &  3.457-3 &  2.234-3 &  1.701-3 &  1.443-3 &  1.273-3 &  1.145-3 &  1.081-3 &  1.050-3 &  1.040-3 \\
& & & & & & & & & & \\ \hline                                                                                                              
\end{tabular}                                                                                                                               
\newpage                                                                                                                                    
\begin{flushleft}                                                                                                                           
{\bf Table 2.} Collision strengths for transitions in  Fe XI. ($a{\pm}b \equiv a{\times}10^{{\pm}b}$).                                      
\newline                                                                                                                                    
\end{flushleft}                                                                                                                             
\begin{tabular}{rrllllllllll} \hline                                                                                                        
 & & & & & & & & & & \\                                                                                                                    
\multicolumn{2}{c}{Transition} & \multicolumn{10}{c}{Energy (Ry)}\\                                                                         
 & & & & & & & & & & \\ \hline                                                                                                             
 & & & & & & & & & & \\                                                                                                                    
$i$ & $j$ & 10.0 & 20.0 & 30.0 & 40.0 & 50.0 & 60.0 & 70.0 & 80.0 & 90.0 & 100.0 \\                                                         
 & & & & & & & & & & \\ \hline                                                                                                             
 & & & & & & & & & & \\                                                                                                                    
 13 & 33 &  1.553-2 &  7.375-3 &  4.458-3 &  3.092-3 &  2.373-3 &  1.932-3 &  1.654-3 &  1.471-3 &  1.352-3 &  1.266-3 \\
 13 & 34 &  7.111-3 &  3.677-3 &  2.508-3 &  2.003-3 &  1.778-3 &  1.599-3 &  1.404-3 &  1.289-3 &  1.247-3 &  1.203-3 \\
 13 & 35 &  1.937-2 &  8.565-3 &  4.800-3 &  3.095-3 &  2.226-3 &  1.645-3 &  1.240-3 &  9.843-4 &  8.332-4 &  7.172-4 \\
 13 & 36 &  5.225-4 &  3.241-4 &  2.704-4 &  2.659-4 &  2.808-4 &  2.353-4 &  1.608-4 &  1.271-4 &  1.219-4 &  1.165-4 \\
 13 & 37 &  1.113-2 &  7.546-3 &  5.906-3 &  5.021-3 &  4.526-3 &  4.189-3 &  3.965-3 &  3.818-3 &  3.740-3 &  3.683-3 \\
 13 & 38 &  1.764-2 &  1.091-2 &  8.042-3 &  6.535-3 &  5.694-3 &  5.128-3 &  4.744-3 &  4.488-3 &  4.335-3 &  4.219-3 \\
 13 & 39 &  4.571-3 &  2.464-3 &  1.606-3 &  1.165-3 &  9.205-4 &  7.565-4 &  6.349-4 &  5.518-4 &  4.991-4 &  4.565-4 \\
 13 & 40 &  3.372-3 &  1.843-3 &  1.163-3 &  7.950-4 &  5.827-4 &  4.392-4 &  3.431-4 &  2.756-4 &  2.278-4 &  1.893-4 \\
 13 & 41 &  8.872-4 &  4.583-4 &  3.003-4 &  2.263-4 &  1.897-4 &  1.631-4 &  1.290-4 &  1.066-4 &  9.696-5 &  8.856-5 \\
 13 & 42 &  4.703-2 &  2.045-2 &  1.146-2 &  7.421-3 &  5.275-3 &  3.980-3 &  3.142-3 &  2.575-3 &  2.204-3 &  1.934-3 \\
 13 & 43 &  2.730-2 &  1.203-2 &  6.739-3 &  4.325-3 &  3.018-3 &  2.215-3 &  1.676-3 &  1.303-3 &  1.065-3 &  8.850-4 \\
 13 & 44 &  1.637-2 &  6.936-3 &  3.797-3 &  2.424-3 &  1.718-3 &  1.291-3 &  9.425-4 &  7.062-4 &  5.795-4 &  4.837-4 \\
 13 & 45 &  2.565-3 &  1.137-3 &  6.459-4 &  4.232-4 &  3.022-4 &  2.261-4 &  1.725-4 &  1.353-4 &  1.126-4 &  9.494-5 \\
 13 & 46 &  4.455-4 &  2.447-4 &  1.825-4 &  1.635-4 &  1.585-4 &  1.335-4 &  9.212-5 &  7.215-5 &  6.466-5 &  5.905-5 \\
 13 & 47 &  8.415-5 &  1.381-4 &  1.684-4 &  1.927-4 &  2.217-4 &  2.300-4 &  1.634-4 &  1.046-4 &  9.824-5 &  8.497-5 \\
 13 & 48 &  4.434-6 &  2.594-6 &  1.614-6 &  1.099-6 &  7.944-7 &  5.957-7 &  4.641-7 &  3.744-7 &  3.083-7 &  2.587-7 \\
 14 & 15 &  6.531-2 &  3.355-2 &  2.085-2 &  1.444-2 &  1.090-2 &  8.683-3 &  7.241-3 &  6.237-3 &  5.557-3 &  5.037-3 \\
 14 & 16 &  1.590-1 &  8.673-2 &  5.785-2 &  4.317-2 &  3.505-2 &  2.989-2 &  2.650-2 &  2.415-2 &  2.253-2 &  2.131-2 \\
 14 & 17 &  2.685-2 &  1.325-2 &  7.791-3 &  5.040-3 &  3.510-3 &  2.559-3 &  1.946-3 &  1.515-3 &  1.226-3 &  1.007-3 \\
 14 & 18 &  6.998-3 &  3.391-3 &  1.979-3 &  1.281-3 &  9.527-4 &  6.570-4 &  5.004-4 &  4.619-4 &  3.308-4 &  2.991-4 \\
 14 & 19 &  6.125-3 &  3.715-3 &  2.826-3 &  2.393-3 &  2.383-3 &  2.015-3 &  1.869-3 &  2.138-3 &  1.934-3 &  1.737-3 \\
 14 & 20 &  6.445-2 &  4.143-2 &  3.205-2 &  2.719-2 &  2.450-2 &  2.268-2 &  2.146-2 &  2.060-2 &  2.006-2 &  1.956-2 \\
 14 & 21 &  1.052-5 &  4.623-6 &  2.456-6 &  1.436-6 &  9.095-7 &  6.096-7 &  4.283-7 &  3.090-7 &  2.328-7 &  1.795-7 \\
 14 & 22 &  4.089-3 &  2.445-3 &  1.721-3 &  1.331-3 &  1.107-3 &  9.556-4 &  8.529-4 &  7.818-4 &  7.312-4 &  6.917-4 \\
 14 & 23 &  4.070-2 &  2.429-2 &  1.721-2 &  1.344-2 &  1.129-2 &  9.850-3 &  8.873-3 &  8.189-3 &  7.723-3 &  7.333-3 \\
 14 & 24 &  1.013-1 &  5.996-2 &  4.189-2 &  3.218-2 &  2.663-2 &  2.287-2 &  2.031-2 &  1.853-2 &  1.728-2 &  1.628-2 \\
 14 & 25 &  4.475-3 &  2.174-3 &  1.342-3 &  9.454-4 &  7.340-4 &  5.964-4 &  5.044-4 &  4.427-4 &  3.996-4 &  3.643-4 \\
 14 & 26 &  7.422-4 &  5.108-4 &  4.134-4 &  3.630-4 &  3.047-4 &  2.608-4 &  2.460-4 &  2.090-4 &  1.712-4 &  1.664-4 \\
 14 & 27 &  8.744-3 &  4.141-3 &  2.388-3 &  1.533-3 &  1.061-3 &  7.703-4 &  5.840-4 &  4.539-4 &  3.668-4 &  3.010-4 \\
 14 & 28 &  1.256-5 &  6.415-6 &  4.177-6 &  3.209-6 &  2.756-6 &  2.501-6 &  2.365-6 &  2.282-6 &  2.245-6 &  2.215-6 \\
 14 & 29 &  6.506-3 &  3.188-3 &  1.998-3 &  1.437-3 &  1.572-3 &  8.506-4 &  5.964-4 &  5.998-4 &  5.091-4 &  6.874-4 \\
 14 & 30 &  4.899-3 &  2.793-3 &  2.013-3 &  1.633-3 &  1.661-3 &  1.253-3 &  8.820-4 &  9.625-4 &  1.029-3 &  8.710-4 \\
 14 & 31 &  3.109-2 &  1.364-2 &  7.622-3 &  4.885-3 &  3.474-3 &  2.588-3 &  2.009-3 &  1.626-3 &  1.360-3 &  1.147-3 \\
 14 & 32 &  5.474-3 &  2.964-3 &  1.865-3 &  1.277-3 &  9.400-4 &  7.122-4 &  5.587-4 &  4.513-4 &  3.750-4 &  3.137-4 \\
 14 & 33 &  1.222-2 &  6.617-3 &  4.600-3 &  3.708-3 &  3.306-3 &  3.027-3 &  2.665-3 &  2.429-3 &  2.341-3 &  2.279-3 \\
 14 & 34 &  1.810-2 &  8.530-3 &  5.366-3 &  4.073-3 &  3.551-3 &  3.141-3 &  2.362-3 &  1.916-3 &  1.731-3 &  1.648-3 \\
 14 & 35 &  4.361-2 &  2.109-2 &  1.343-2 &  1.005-2 &  8.399-3 &  7.329-3 &  6.545-3 &  6.007-3 &  5.762-3 &  5.560-3 \\
 14 & 36 &  1.136-3 &  6.206-4 &  4.530-4 &  3.970-4 &  3.871-4 &  3.438-4 &  2.585-4 &  1.853-4 &  1.752-4 &  1.586-4 \\
 14 & 37 &  7.430-3 &  4.236-3 &  2.728-3 &  1.892-3 &  1.403-3 &  1.067-3 &  8.403-4 &  6.798-4 &  5.657-4 &  4.732-4 \\
 14 & 38 &  2.427-2 &  1.323-2 &  8.611-3 &  6.199-3 &  4.836-3 &  3.933-3 &  3.326-3 &  2.911-3 &  2.628-3 &  2.412-3 \\
 14 & 39 &  8.882-3 &  4.786-3 &  2.993-3 &  2.035-3 &  1.486-3 &  1.119-3 &  8.736-4 &  7.020-4 &  5.812-4 &  4.847-4 \\
 14 & 40 &  9.573-5 &  5.390-5 &  3.417-5 &  2.316-5 &  1.696-5 &  1.314-5 &  1.071-5 &  9.126-6 &  8.084-6 &  7.341-6 \\
 14 & 41 &  1.424-3 &  7.644-4 &  4.801-4 &  3.280-4 &  2.405-4 &  1.813-4 &  1.418-4 &  1.140-4 &  9.445-5 &  7.870-5 \\
 14 & 42 &  5.283-2 &  2.236-2 &  1.239-2 &  7.973-3 &  5.624-3 &  4.239-3 &  3.366-3 &  2.766-3 &  2.374-3 &  2.097-3 \\
 14 & 43 &  3.581-2 &  1.561-2 &  8.717-3 &  5.642-3 &  4.035-3 &  3.068-3 &  2.285-3 &  1.723-3 &  1.411-3 &  1.188-3 \\
 14 & 44 &  2.694-2 &  1.210-2 &  6.768-3 &  4.295-3 &  2.949-3 &  2.129-3 &  1.608-3 &  1.249-3 &  1.006-3 &  8.250-4 \\
 14 & 45 &  3.746-3 &  1.644-3 &  9.163-4 &  5.873-4 &  4.119-4 &  3.062-4 &  2.341-4 &  1.832-4 &  1.514-4 &  1.277-4 \\
& & & & & & & & & & \\ \hline                                                                                                              
\end{tabular}                                                                                                                               
\newpage                                                                                                                                    
\begin{flushleft}                                                                                                                           
{\bf Table 2.} Collision strengths for transitions in  Fe XI. ($a{\pm}b \equiv a{\times}10^{{\pm}b}$).                                      
\newline                                                                                                                                    
\end{flushleft}                                                                                                                             
\begin{tabular}{rrllllllllll} \hline                                                                                                        
 & & & & & & & & & & \\                                                                                                                    
\multicolumn{2}{c}{Transition} & \multicolumn{10}{c}{Energy (Ry)}\\                                                                         
 & & & & & & & & & & \\ \hline                                                                                                             
 & & & & & & & & & & \\                                                                                                                    
$i$ & $j$ & 10.0 & 20.0 & 30.0 & 40.0 & 50.0 & 60.0 & 70.0 & 80.0 & 90.0 & 100.0 \\                                                         
 & & & & & & & & & & \\ \hline                                                                                                             
 & & & & & & & & & & \\                                                                                                                    
 14 & 46 &  4.535-4 &  2.605-4 &  1.983-4 &  1.794-4 &  1.753-4 &  1.588-4 &  1.167-4 &  7.764-5 &  7.010-5 &  6.083-5 \\
 14 & 47 &  4.911-6 &  2.367-6 &  1.433-6 &  9.651-7 &  6.977-7 &  5.218-7 &  4.062-7 &  3.244-7 &  2.675-7 &  2.225-7 \\
 14 & 48 &  9.750-6 &  5.794-6 &  3.675-6 &  2.542-6 &  1.857-6 &  1.402-6 &  1.096-6 &  8.851-7 &  7.277-7 &  6.094-7 \\
 15 & 16 &  1.328-1 &  8.095-2 &  5.926-2 &  4.776-2 &  4.118-2 &  3.682-2 &  3.391-2 &  3.186-2 &  3.042-2 &  2.935-2 \\
 15 & 17 &  8.547-2 &  4.878-2 &  3.352-2 &  2.542-2 &  2.074-2 &  1.761-2 &  1.548-2 &  1.397-2 &  1.289-2 &  1.204-2 \\
 15 & 18 &  5.822-2 &  3.300-2 &  2.238-2 &  1.676-2 &  1.354-2 &  1.143-2 &  1.000-2 &  9.007-3 &  8.301-3 &  7.759-3 \\
 15 & 19 &  1.647-1 &  1.483-1 &  1.432-1 &  1.410-1 &  1.402-1 &  1.395-1 &  1.394-1 &  1.393-1 &  1.394-1 &  1.398-1 \\
 15 & 20 &  7.299-2 &  6.239-2 &  5.868-2 &  5.695-2 &  5.620-2 &  5.561-2 &  5.541-2 &  5.521-2 &  5.531-2 &  5.529-2 \\
 15 & 21 &  2.974-2 &  2.045-2 &  1.655-2 &  1.450-2 &  1.339-2 &  1.273-2 &  1.218-2 &  1.176-2 &  1.158-2 &  1.136-2 \\
 15 & 22 &  3.157-2 &  1.685-2 &  1.199-2 &  9.916-3 &  8.973-3 &  8.475-3 &  8.236-3 &  8.101-3 &  8.079-3 &  8.082-3 \\
 15 & 23 &  5.494-2 &  2.924-2 &  1.889-2 &  1.366-2 &  1.077-2 &  8.958-3 &  7.766-3 &  6.928-3 &  6.378-3 &  5.943-3 \\
 15 & 24 &  6.994-3 &  3.696-3 &  2.587-3 &  2.124-3 &  1.922-3 &  1.822-3 &  1.784-3 &  1.765-3 &  1.776-3 &  1.788-3 \\
 15 & 25 &  7.649-2 &  4.934-2 &  3.827-2 &  3.259-2 &  2.955-2 &  2.785-2 &  2.620-2 &  2.505-2 &  2.449-2 &  2.394-2 \\
 15 & 26 &  3.332-2 &  2.272-2 &  1.899-2 &  1.727-2 &  1.648-2 &  1.716-2 &  1.602-2 &  1.529-2 &  1.509-2 &  1.501-2 \\
 15 & 27 &  1.248-1 &  1.240-1 &  1.254-1 &  1.268-1 &  1.282-1 &  1.286-1 &  1.295-1 &  1.302-1 &  1.310-1 &  1.316-1 \\
 15 & 28 &  3.691-3 &  1.622-3 &  9.069-4 &  5.859-4 &  4.241-4 &  3.300-4 &  2.707-4 &  2.318-4 &  2.068-4 &  1.873-4 \\
 15 & 29 &  4.725-2 &  4.370-2 &  4.278-2 &  4.244-2 &  4.240-2 &  4.240-2 &  4.230-2 &  4.228-2 &  4.231-2 &  4.244-2 \\
 15 & 30 &  1.243-2 &  6.263-3 &  3.888-3 &  2.732-3 &  2.122-3 &  1.717-3 &  1.480-3 &  1.322-3 &  1.191-3 &  1.098-3 \\
 15 & 31 &  1.993-2 &  1.072-2 &  7.147-3 &  5.383-3 &  4.434-3 &  3.859-3 &  3.439-3 &  3.155-3 &  2.977-3 &  2.830-3 \\
 15 & 32 &  8.672-2 &  8.432-2 &  8.448-2 &  8.495-2 &  8.557-2 &  8.572-2 &  8.617-2 &  8.649-2 &  8.695-2 &  8.724-2 \\
 15 & 33 &  1.821-2 &  1.595-2 &  1.525-2 &  1.496-2 &  1.485-2 &  1.475-2 &  1.475-2 &  1.475-2 &  1.478-2 &  1.481-2 \\
 15 & 34 &  5.803-2 &  5.563-2 &  5.533-2 &  5.542-2 &  5.573-2 &  5.624-2 &  5.605-2 &  5.598-2 &  5.611-2 &  5.633-2 \\
 15 & 35 &  2.930-2 &  2.619-2 &  2.529-2 &  2.499-2 &  2.495-2 &  2.493-2 &  2.487-2 &  2.486-2 &  2.489-2 &  2.497-2 \\
 15 & 36 &  1.821-2 &  8.383-3 &  4.733-3 &  3.004-3 &  2.085-3 &  1.526-3 &  1.169-3 &  9.274-4 &  7.631-4 &  6.385-4 \\
 15 & 37 &  4.454-2 &  4.610-2 &  4.740-2 &  4.846-2 &  4.946-2 &  5.021-2 &  5.109-2 &  5.192-2 &  5.297-2 &  5.400-2 \\
 15 & 38 &  1.595-2 &  1.099-2 &  9.260-3 &  8.477-3 &  8.090-3 &  7.887-3 &  7.812-3 &  7.784-3 &  7.821-3 &  7.882-3 \\
 15 & 39 &  1.559-2 &  1.141-2 &  9.753-3 &  8.927-3 &  8.494-3 &  8.225-3 &  8.098-3 &  8.032-3 &  8.041-3 &  8.073-3 \\
 15 & 40 &  9.799-4 &  5.025-4 &  3.347-4 &  2.581-4 &  2.182-4 &  1.959-4 &  1.825-4 &  1.742-4 &  1.699-4 &  1.676-4 \\
 15 & 41 &  6.999-3 &  4.134-3 &  3.042-3 &  2.523-3 &  2.259-3 &  2.081-3 &  1.926-3 &  1.841-3 &  1.799-3 &  1.771-3 \\
 15 & 42 &  2.172-2 &  1.021-2 &  6.812-3 &  5.527-3 &  4.974-3 &  4.700-3 &  4.583-3 &  4.526-3 &  4.532-3 &  4.553-3 \\
 15 & 43 &  5.460-3 &  3.186-3 &  2.534-3 &  2.289-3 &  2.186-3 &  2.136-3 &  2.113-3 &  2.107-3 &  2.117-3 &  2.132-3 \\
 15 & 44 &  7.210-3 &  3.346-3 &  2.160-3 &  1.688-3 &  1.471-3 &  1.325-3 &  1.162-3 &  1.079-3 &  1.045-3 &  1.019-3 \\
 15 & 45 &  6.046-3 &  2.667-3 &  1.496-3 &  9.648-4 &  6.754-4 &  4.970-4 &  3.832-4 &  3.042-4 &  2.510-4 &  2.108-4 \\
 15 & 46 &  1.338-2 &  6.309-3 &  3.744-3 &  2.551-3 &  1.897-3 &  1.499-3 &  1.248-3 &  1.075-3 &  9.606-4 &  8.766-4 \\
 15 & 47 &  1.682-3 &  7.929-4 &  4.836-4 &  3.514-4 &  2.884-4 &  2.387-4 &  1.660-4 &  1.253-4 &  1.101-4 &  9.399-5 \\
 15 & 48 &  4.767-5 &  2.827-5 &  1.771-5 &  1.209-5 &  8.751-6 &  6.565-6 &  5.114-6 &  4.115-6 &  3.379-6 &  2.822-6 \\
 16 & 17 &  7.721-3 &  4.615-3 &  4.054-3 &  4.075-3 &  4.270-3 &  4.470-3 &  4.677-3 &  4.847-3 &  5.032-3 &  5.181-3 \\
 16 & 18 &  2.557-2 &  1.511-2 &  1.150-2 &  9.927-3 &  9.218-3 &  8.835-3 &  8.663-3 &  8.567-3 &  8.565-3 &  8.580-3 \\
 16 & 19 &  4.402-2 &  2.381-2 &  1.587-2 &  1.195-2 &  9.904-3 &  8.564-3 &  7.758-3 &  7.215-3 &  6.889-3 &  6.638-3 \\
 16 & 20 &  2.732-1 &  2.360-1 &  2.230-1 &  2.167-1 &  2.141-1 &  2.121-1 &  2.109-1 &  2.101-1 &  2.098-1 &  2.100-1 \\
 16 & 21 &  3.363-2 &  1.790-2 &  1.108-2 &  7.453-3 &  5.392-3 &  4.044-3 &  3.143-3 &  2.512-3 &  2.069-3 &  1.720-3 \\
 16 & 22 &  3.945-2 &  2.033-2 &  1.294-2 &  9.300-3 &  7.336-3 &  6.136-3 &  5.367-3 &  4.841-3 &  4.498-3 &  4.243-3 \\
 16 & 23 &  3.624-2 &  1.828-2 &  1.179-2 &  8.776-3 &  7.251-3 &  6.352-3 &  5.827-3 &  5.484-3 &  5.302-3 &  5.168-3 \\
 16 & 24 &  3.634-2 &  1.891-2 &  1.236-2 &  9.219-3 &  7.571-3 &  6.589-3 &  5.992-3 &  5.592-3 &  5.355-3 &  5.182-3 \\
 16 & 25 &  9.767-2 &  5.075-2 &  3.108-2 &  2.087-2 &  1.510-2 &  1.136-2 &  8.882-3 &  7.156-3 &  5.952-3 &  5.010-3 \\
 16 & 26 &  3.721-2 &  1.714-2 &  1.009-2 &  6.825-3 &  6.667-3 &  3.824-3 &  3.056-3 &  2.672-3 &  3.266-3 &  2.101-3 \\
 16 & 27 &  3.456-2 &  3.241-2 &  3.197-2 &  3.192-2 &  3.205-2 &  3.219-2 &  3.223-2 &  3.212-2 &  3.234-2 &  3.230-2 \\
& & & & & & & & & & \\ \hline                                                                                                              
\end{tabular}                                                                                                                               
\newpage                                                                                                                                    
\begin{flushleft}                                                                                                                           
{\bf Table 2.} Collision strengths for transitions in  Fe XI. ($a{\pm}b \equiv a{\times}10^{{\pm}b}$).                                      
\newline                                                                                                                                    
\end{flushleft}                                                                                                                             
\begin{tabular}{rrllllllllll} \hline                                                                                                        
 & & & & & & & & & & \\                                                                                                                    
\multicolumn{2}{c}{Transition} & \multicolumn{10}{c}{Energy (Ry)}\\                                                                         
 & & & & & & & & & & \\ \hline                                                                                                             
 & & & & & & & & & & \\                                                                                                                    
$i$ & $j$ & 10.0 & 20.0 & 30.0 & 40.0 & 50.0 & 60.0 & 70.0 & 80.0 & 90.0 & 100.0 \\                                                         
 & & & & & & & & & & \\ \hline                                                                                                             
 & & & & & & & & & & \\                                                                                                                    
 16 & 28 &  1.771-3 &  7.385-4 &  3.827-4 &  2.231-4 &  1.420-4 &  9.614-5 &  6.837-5 &  5.023-5 &  3.851-5 &  3.024-5 \\
 16 & 29 &  1.475-2 &  7.361-3 &  4.514-3 &  3.122-3 &  2.505-3 &  1.873-3 &  1.569-3 &  1.433-3 &  1.382-3 &  1.274-3 \\
 16 & 30 &  4.804-2 &  4.743-2 &  4.797-2 &  4.852-2 &  4.906-2 &  4.935-2 &  4.971-2 &  4.999-2 &  5.030-2 &  5.065-2 \\
 16 & 31 &  8.324-2 &  6.625-2 &  6.028-2 &  5.749-2 &  5.610-2 &  5.520-2 &  5.463-2 &  5.428-2 &  5.406-2 &  5.401-2 \\
 16 & 32 &  7.711-3 &  3.401-3 &  1.892-3 &  1.207-3 &  8.592-4 &  6.554-4 &  5.218-4 &  4.415-4 &  4.081-4 &  3.446-4 \\
 16 & 33 &  6.220-2 &  5.766-2 &  5.685-2 &  5.682-2 &  5.708-2 &  5.719-2 &  5.747-2 &  5.770-2 &  5.800-2 &  5.836-2 \\
 16 & 34 &  1.467-1 &  1.413-1 &  1.414-1 &  1.421-1 &  1.431-1 &  1.436-1 &  1.443-1 &  1.450-1 &  1.457-1 &  1.466-1 \\
 16 & 35 &  9.964-2 &  9.719-2 &  9.740-2 &  9.795-2 &  9.862-2 &  9.885-2 &  9.930-2 &  9.968-2 &  1.001-1 &  1.005-1 \\
 16 & 36 &  2.722-2 &  1.349-2 &  8.429-3 &  6.065-3 &  4.839-3 &  4.073-3 &  3.552-3 &  3.220-3 &  3.017-3 &  2.873-3 \\
 16 & 37 &  9.013-2 &  9.454-2 &  9.764-2 &  1.001-1 &  1.023-1 &  1.040-1 &  1.058-1 &  1.075-1 &  1.098-1 &  1.119-1 \\
 16 & 38 &  3.138-2 &  2.228-2 &  1.905-2 &  1.753-2 &  1.676-2 &  1.633-2 &  1.624-2 &  1.624-2 &  1.634-2 &  1.651-2 \\
 16 & 39 &  1.120-2 &  7.185-3 &  5.658-3 &  4.924-3 &  4.541-3 &  4.311-3 &  4.176-3 &  4.099-3 &  4.077-3 &  4.072-3 \\
 16 & 40 &  3.206-3 &  1.604-3 &  9.588-4 &  6.329-4 &  4.521-4 &  3.364-4 &  2.610-4 &  2.088-4 &  1.725-4 &  1.441-4 \\
 16 & 41 &  9.470-3 &  5.511-3 &  3.922-3 &  3.116-3 &  2.674-3 &  2.383-3 &  2.196-3 &  2.072-3 &  1.998-3 &  1.942-3 \\
 16 & 42 &  2.518-2 &  1.137-2 &  7.242-3 &  5.591-3 &  4.809-3 &  4.391-3 &  4.168-3 &  4.032-3 &  3.973-3 &  3.943-3 \\
 16 & 43 &  1.550-2 &  7.626-3 &  5.447-3 &  4.729-3 &  4.518-3 &  4.299-3 &  3.881-3 &  3.625-3 &  3.626-3 &  3.582-3 \\
 16 & 44 &  4.895-3 &  2.339-3 &  1.689-3 &  1.505-3 &  1.466-3 &  1.467-3 &  1.488-3 &  1.512-3 &  1.548-3 &  1.581-3 \\
 16 & 45 &  1.184-2 &  5.295-3 &  3.014-3 &  1.991-3 &  1.451-3 &  1.119-3 &  8.984-4 &  7.491-4 &  6.587-4 &  5.894-4 \\
 16 & 46 &  2.068-2 &  9.538-3 &  5.419-3 &  3.483-3 &  2.416-3 &  1.759-3 &  1.336-3 &  1.046-3 &  8.489-4 &  7.017-4 \\
 16 & 47 &  2.223-3 &  9.892-4 &  5.551-4 &  3.593-4 &  2.565-4 &  1.948-4 &  1.524-4 &  1.232-4 &  1.055-4 &  9.187-5 \\
 16 & 48 &  2.476-5 &  1.418-5 &  8.725-6 &  5.993-6 &  4.423-6 &  3.416-6 &  2.765-6 &  2.333-6 &  2.020-6 &  1.784-6 \\
 17 & 18 &  1.090-1 &  9.284-2 &  8.709-2 &  8.430-2 &  8.302-2 &  8.197-2 &  8.159-2 &  8.126-2 &  8.131-2 &  8.124-2 \\
 17 & 19 &  7.408-2 &  6.188-2 &  5.736-2 &  5.516-2 &  5.413-2 &  5.337-2 &  5.304-2 &  5.277-2 &  5.281-2 &  5.273-2 \\
 17 & 20 &  1.903-2 &  1.001-2 &  6.238-3 &  4.289-3 &  3.200-3 &  2.499-3 &  2.039-3 &  1.719-3 &  1.502-3 &  1.331-3 \\
 17 & 21 &  1.582-2 &  8.463-3 &  5.254-3 &  3.545-3 &  2.569-3 &  1.930-3 &  1.502-3 &  1.202-3 &  9.906-4 &  8.241-4 \\
 17 & 22 &  1.543-2 &  8.623-3 &  6.127-3 &  4.957-3 &  4.360-3 &  4.011-3 &  3.807-3 &  3.673-3 &  3.603-3 &  3.556-3 \\
 17 & 23 &  8.777-3 &  4.781-3 &  3.606-3 &  3.201-3 &  3.085-3 &  3.063-3 &  3.100-3 &  3.140-3 &  3.212-3 &  3.275-3 \\
 17 & 24 &  6.829-3 &  3.447-3 &  2.146-3 &  1.519-3 &  1.185-3 &  9.845-4 &  8.637-4 &  7.817-4 &  7.335-4 &  6.984-4 \\
 17 & 25 &  3.462-2 &  1.808-2 &  1.107-2 &  7.416-3 &  5.343-3 &  3.989-3 &  3.091-3 &  2.464-3 &  2.026-3 &  1.682-3 \\
 17 & 26 &  2.015-2 &  1.120-2 &  7.861-3 &  6.248-3 &  5.416-3 &  4.846-3 &  4.502-3 &  4.275-3 &  4.131-3 &  4.014-3 \\
 17 & 27 &  5.350-2 &  5.475-2 &  5.593-2 &  5.679-2 &  5.752-2 &  5.783-2 &  5.823-2 &  5.844-2 &  5.884-2 &  5.900-2 \\
 17 & 28 &  1.309-3 &  5.673-4 &  3.116-4 &  1.942-4 &  1.335-4 &  9.630-5 &  7.232-5 &  5.640-5 &  4.537-5 &  3.684-5 \\
 17 & 29 &  1.762-2 &  1.215-2 &  1.019-2 &  9.260-3 &  8.780-3 &  8.477-3 &  8.292-3 &  8.176-3 &  8.112-3 &  8.088-3 \\
 17 & 30 &  6.421-2 &  5.940-2 &  5.818-2 &  5.776-2 &  5.772-2 &  5.763-2 &  5.774-2 &  5.783-2 &  5.807-2 &  5.817-2 \\
 17 & 31 &  7.707-3 &  3.908-3 &  2.350-3 &  1.553-3 &  1.109-3 &  8.258-4 &  6.402-4 &  5.113-4 &  4.220-4 &  3.530-4 \\
 17 & 32 &  6.318-2 &  6.033-2 &  5.996-2 &  6.005-2 &  6.038-2 &  6.073-2 &  6.075-2 &  6.064-2 &  6.096-2 &  6.103-2 \\
 17 & 33 &  2.871-2 &  2.684-2 &  2.651-2 &  2.653-2 &  2.676-2 &  2.871-2 &  2.716-2 &  2.685-2 &  2.692-2 &  2.700-2 \\
 17 & 34 &  1.577-2 &  1.335-2 &  1.262-2 &  1.233-2 &  1.223-2 &  1.219-2 &  1.213-2 &  1.208-2 &  1.210-2 &  1.211-2 \\
 17 & 35 &  7.911-3 &  4.976-3 &  3.904-3 &  3.400-3 &  3.136-3 &  2.967-3 &  2.868-3 &  2.802-3 &  2.765-3 &  2.745-3 \\
 17 & 36 &  1.738-2 &  8.504-3 &  5.206-3 &  3.703-3 &  2.967-3 &  2.351-3 &  1.792-3 &  1.575-3 &  1.400-3 &  1.309-3 \\
 17 & 37 &  3.047-2 &  3.201-2 &  3.309-2 &  3.389-2 &  3.458-2 &  3.512-2 &  3.593-2 &  3.656-2 &  3.740-2 &  3.814-2 \\
 17 & 38 &  5.238-3 &  2.795-3 &  1.867-3 &  1.415-3 &  1.168-3 &  1.011-3 &  9.167-4 &  8.562-4 &  8.219-4 &  7.960-4 \\
 17 & 39 &  5.215-3 &  2.825-3 &  1.920-3 &  1.473-3 &  1.227-3 &  1.070-3 &  9.771-4 &  9.127-4 &  8.769-4 &  8.465-4 \\
 17 & 40 &  1.901-3 &  9.238-4 &  5.481-4 &  3.614-4 &  2.572-4 &  1.907-4 &  1.473-4 &  1.171-4 &  9.607-5 &  7.974-5 \\
 17 & 41 &  5.767-3 &  3.902-3 &  3.172-3 &  2.811-3 &  2.619-3 &  2.496-3 &  2.418-3 &  2.376-3 &  2.361-3 &  2.358-3 \\
 17 & 42 &  8.147-3 &  4.318-3 &  3.380-3 &  3.169-3 &  3.188-3 &  3.141-3 &  3.071-3 &  3.136-3 &  3.192-3 &  3.270-3 \\
 17 & 43 &  9.122-3 &  3.761-3 &  2.066-3 &  1.357-3 &  1.007-3 &  7.851-4 &  6.133-4 &  5.252-4 &  4.656-4 &  4.269-4 \\
& & & & & & & & & & \\ \hline                                                                                                              
\end{tabular}                                                                                                                               
\newpage                                                                                                                                    
\begin{flushleft}                                                                                                                           
{\bf Table 2.} Collision strengths for transitions in  Fe XI. ($a{\pm}b \equiv a{\times}10^{{\pm}b}$).                                      
\newline                                                                                                                                    
\end{flushleft}                                                                                                                             
\begin{tabular}{rrllllllllll} \hline                                                                                                        
 & & & & & & & & & & \\                                                                                                                    
\multicolumn{2}{c}{Transition} & \multicolumn{10}{c}{Energy (Ry)}\\                                                                         
 & & & & & & & & & & \\ \hline                                                                                                             
 & & & & & & & & & & \\                                                                                                                    
$i$ & $j$ & 10.0 & 20.0 & 30.0 & 40.0 & 50.0 & 60.0 & 70.0 & 80.0 & 90.0 & 100.0 \\                                                         
 & & & & & & & & & & \\ \hline                                                                                                             
 & & & & & & & & & & \\                                                                                                                    
 17 & 44 &  2.559-3 &  1.032-3 &  5.735-4 &  3.824-4 &  2.834-4 &  2.232-4 &  1.816-4 &  1.557-4 &  1.398-4 &  1.276-4 \\
 17 & 45 &  4.191-3 &  1.862-3 &  1.106-3 &  7.714-4 &  5.878-4 &  4.705-4 &  3.963-4 &  3.444-4 &  3.105-4 &  2.849-4 \\
 17 & 46 &  8.975-3 &  4.166-3 &  2.398-3 &  1.575-3 &  1.125-3 &  8.333-4 &  6.339-4 &  5.130-4 &  4.270-4 &  3.670-4 \\
 17 & 47 &  7.349-4 &  3.345-4 &  1.902-4 &  1.244-4 &  9.010-5 &  6.827-5 &  5.025-5 &  4.036-5 &  3.373-5 &  2.905-5 \\
 17 & 48 &  7.425-5 &  8.563-5 &  9.317-5 &  9.974-5 &  1.057-4 &  1.113-4 &  1.161-4 &  1.205-4 &  1.250-4 &  1.282-4 \\
 18 & 19 &  1.622-1 &  8.850-2 &  5.741-2 &  4.085-2 &  3.131-2 &  2.504-2 &  2.076-2 &  1.777-2 &  1.563-2 &  1.400-2 \\
 18 & 20 &  4.065-2 &  2.432-2 &  1.787-2 &  1.468-2 &  1.303-2 &  1.256-2 &  1.144-2 &  1.078-2 &  1.053-2 &  1.028-2 \\
 18 & 21 &  1.256-2 &  9.295-3 &  8.029-3 &  7.400-3 &  7.079-3 &  6.904-3 &  6.745-3 &  6.616-3 &  6.588-3 &  6.522-3 \\
 18 & 22 &  6.077-2 &  3.031-2 &  1.843-2 &  1.252-2 &  9.307-3 &  7.260-3 &  5.953-3 &  5.053-3 &  4.446-3 &  3.984-3 \\
 18 & 23 &  5.622-2 &  2.863-2 &  1.836-2 &  1.352-2 &  1.399-2 &  9.333-3 &  8.374-3 &  8.768-3 &  7.978-3 &  7.582-3 \\
 18 & 24 &  2.706-2 &  1.353-2 &  8.490-3 &  6.105-3 &  4.865-3 &  4.130-3 &  3.691-3 &  3.397-3 &  3.228-3 &  3.105-3 \\
 18 & 25 &  3.564-2 &  1.797-2 &  1.106-2 &  7.601-3 &  7.152-3 &  4.316-3 &  3.482-3 &  3.930-3 &  3.570-3 &  3.367-3 \\
 18 & 26 &  3.100-2 &  1.681-2 &  1.141-2 &  8.782-3 &  8.066-3 &  6.364-3 &  5.796-3 &  5.392-3 &  5.155-3 &  4.937-3 \\
 18 & 27 &  2.268-2 &  1.715-2 &  1.529-2 &  1.449-2 &  1.413-2 &  1.388-2 &  1.378-2 &  1.371-2 &  1.371-2 &  1.370-2 \\
 18 & 28 &  1.936-1 &  1.957-1 &  1.987-1 &  2.010-1 &  2.032-1 &  2.045-1 &  2.054-1 &  2.053-1 &  2.070-1 &  2.069-1 \\
 18 & 29 &  2.331-2 &  1.218-2 &  7.968-3 &  5.952-3 &  4.897-3 &  4.255-3 &  3.863-3 &  3.601-3 &  3.441-3 &  3.325-3 \\
 18 & 30 &  2.204-2 &  1.375-2 &  1.086-2 &  9.523-3 &  9.169-3 &  8.337-3 &  8.078-3 &  7.909-3 &  7.833-3 &  7.750-3 \\
 18 & 31 &  5.538-3 &  2.855-3 &  1.834-3 &  1.345-3 &  1.085-3 &  9.291-4 &  8.340-4 &  7.698-4 &  7.309-4 &  7.025-4 \\
 18 & 32 &  8.570-2 &  8.313-2 &  8.297-2 &  8.323-2 &  8.376-2 &  8.441-2 &  8.438-2 &  8.416-2 &  8.457-2 &  8.474-2 \\
 18 & 33 &  1.790-1 &  1.700-1 &  1.685-1 &  1.686-1 &  1.693-1 &  1.693-1 &  1.700-1 &  1.705-1 &  1.712-1 &  1.720-1 \\
 18 & 34 &  8.443-3 &  5.586-3 &  4.573-3 &  4.124-3 &  3.910-3 &  3.780-3 &  3.717-3 &  3.678-3 &  3.665-3 &  3.657-3 \\
 18 & 35 &  2.975-2 &  2.777-2 &  2.732-2 &  2.726-2 &  2.756-2 &  2.948-2 &  2.793-2 &  2.756-2 &  2.744-2 &  2.752-2 \\
 18 & 36 &  1.566-2 &  8.102-3 &  5.334-3 &  4.034-3 &  3.343-3 &  2.899-3 &  2.649-3 &  2.501-3 &  2.422-3 &  2.380-3 \\
 18 & 37 &  1.961-2 &  1.787-2 &  1.762-2 &  1.772-2 &  1.793-2 &  1.814-2 &  1.848-2 &  1.880-2 &  1.921-2 &  1.961-2 \\
 18 & 38 &  1.211-2 &  6.630-3 &  4.621-3 &  3.701-3 &  3.240-3 &  2.965-3 &  2.804-3 &  2.708-3 &  2.665-3 &  2.642-3 \\
 18 & 39 &  1.683-2 &  1.260-2 &  1.096-2 &  1.017-2 &  9.765-3 &  9.523-3 &  9.445-3 &  9.415-3 &  9.464-3 &  9.534-3 \\
 18 & 40 &  1.630-2 &  1.479-2 &  1.432-2 &  1.414-2 &  1.409-2 &  1.408-2 &  1.423-2 &  1.436-2 &  1.457-2 &  1.476-2 \\
 18 & 41 &  1.099-2 &  6.236-3 &  4.363-3 &  3.435-3 &  2.929-3 &  2.614-3 &  2.418-3 &  2.290-3 &  2.214-3 &  2.163-3 \\
 18 & 42 &  1.307-2 &  6.758-3 &  4.455-3 &  3.389-3 &  2.821-3 &  2.475-3 &  2.271-3 &  2.135-3 &  2.057-3 &  2.004-3 \\
 18 & 43 &  1.286-2 &  9.586-3 &  8.785-3 &  8.616-3 &  8.650-3 &  8.718-3 &  8.875-3 &  9.009-3 &  9.184-3 &  9.343-3 \\
 18 & 44 &  1.293-2 &  1.018-2 &  9.241-3 &  8.824-3 &  8.621-3 &  8.504-3 &  8.527-3 &  8.553-3 &  8.636-3 &  8.718-3 \\
 18 & 45 &  9.219-3 &  3.973-3 &  2.280-3 &  1.560-3 &  1.192-3 &  9.617-4 &  7.980-4 &  7.003-4 &  6.453-4 &  6.041-4 \\
 18 & 46 &  1.956-2 &  8.405-3 &  4.664-3 &  2.987-3 &  2.072-3 &  1.516-3 &  1.160-3 &  9.112-4 &  7.417-4 &  6.167-4 \\
 18 & 47 &  3.197-3 &  1.475-3 &  8.639-4 &  5.876-4 &  4.393-4 &  3.462-4 &  2.775-4 &  2.326-4 &  2.049-4 &  1.833-4 \\
 18 & 48 &  7.266-5 &  4.460-5 &  2.903-5 &  2.040-5 &  1.504-5 &  1.141-5 &  8.942-6 &  7.238-6 &  5.956-6 &  4.988-6 \\
 19 & 20 &  1.883-1 &  1.012-1 &  6.512-2 &  4.626-2 &  3.551-2 &  2.866-2 &  2.405-2 &  2.084-2 &  1.860-2 &  1.690-2 \\
 19 & 21 &  5.911-3 &  2.895-3 &  1.688-3 &  1.084-3 &  7.539-4 &  5.486-4 &  4.160-4 &  3.251-4 &  2.630-4 &  2.156-4 \\
 19 & 22 &  7.221-2 &  3.942-2 &  2.646-2 &  1.996-2 &  1.640-2 &  1.416-2 &  1.271-2 &  1.171-2 &  1.105-2 &  1.054-2 \\
 19 & 23 &  4.727-2 &  2.294-2 &  1.385-2 &  9.480-3 &  7.205-3 &  5.717-3 &  4.823-3 &  4.254-3 &  3.834-3 &  3.534-3 \\
 19 & 24 &  1.040-1 &  5.345-2 &  3.441-2 &  2.532-2 &  2.639-2 &  1.736-2 &  1.543-2 &  1.609-2 &  1.815-2 &  1.355-2 \\
 19 & 25 &  4.783-2 &  2.387-2 &  1.468-2 &  1.012-2 &  7.614-3 &  6.082-3 &  5.006-3 &  4.303-3 &  3.833-3 &  3.478-3 \\
 19 & 26 &  4.491-2 &  2.699-2 &  2.026-2 &  1.701-2 &  1.563-2 &  1.413-2 &  1.341-2 &  1.287-2 &  1.261-2 &  1.241-2 \\
 19 & 27 &  8.686-2 &  7.849-2 &  7.621-2 &  7.550-2 &  7.561-2 &  7.824-2 &  7.737-2 &  7.510-2 &  7.570-2 &  7.531-2 \\
 19 & 28 &  2.962-3 &  1.411-3 &  8.050-4 &  5.082-4 &  3.463-4 &  2.486-4 &  1.864-4 &  1.437-4 &  1.150-4 &  9.364-5 \\
 19 & 29 &  8.277-2 &  7.014-2 &  6.603-2 &  6.421-2 &  6.336-2 &  6.279-2 &  6.258-2 &  6.248-2 &  6.253-2 &  6.257-2 \\
 19 & 30 &  1.180-1 &  1.085-1 &  1.063-1 &  1.058-1 &  1.060-1 &  1.060-1 &  1.064-1 &  1.067-1 &  1.072-1 &  1.078-1 \\
 19 & 31 &  2.733-2 &  1.574-2 &  1.143-2 &  9.418-3 &  8.660-3 &  7.813-3 &  8.019-3 &  7.310-3 &  7.020-3 &  6.891-3 \\
& & & & & & & & & & \\ \hline                                                                                                              
\end{tabular}                                                                                                                               
\newpage                                                                                                                                    
\begin{flushleft}                                                                                                                           
{\bf Table 2.} Collision strengths for transitions in  Fe XI. ($a{\pm}b \equiv a{\times}10^{{\pm}b}$).                                      
\newline                                                                                                                                    
\end{flushleft}                                                                                                                             
\begin{tabular}{rrllllllllll} \hline                                                                                                        
 & & & & & & & & & & \\                                                                                                                    
\multicolumn{2}{c}{Transition} & \multicolumn{10}{c}{Energy (Ry)}\\                                                                         
 & & & & & & & & & & \\ \hline                                                                                                             
 & & & & & & & & & & \\                                                                                                                    
$i$ & $j$ & 10.0 & 20.0 & 30.0 & 40.0 & 50.0 & 60.0 & 70.0 & 80.0 & 90.0 & 100.0 \\                                                         
 & & & & & & & & & & \\ \hline                                                                                                             
 & & & & & & & & & & \\                                                                                                                    
 19 & 32 &  3.211-1 &  3.231-1 &  3.277-1 &  3.313-1 &  3.346-1 &  3.360-1 &  3.378-1 &  3.386-1 &  3.410-1 &  3.415-1 \\
 19 & 33 &  1.140-2 &  5.278-3 &  3.071-3 &  2.028-3 &  1.475-3 &  1.136-3 &  9.180-4 &  7.728-4 &  6.771-4 &  6.041-4 \\
 19 & 34 &  7.030-2 &  6.768-2 &  6.740-2 &  6.758-2 &  6.800-2 &  6.837-2 &  6.843-2 &  6.845-2 &  6.865-2 &  6.896-2 \\
 19 & 35 &  1.396-1 &  1.291-1 &  1.266-1 &  1.261-1 &  1.264-1 &  1.266-1 &  1.267-1 &  1.269-1 &  1.273-1 &  1.277-1 \\
 19 & 36 &  1.963-2 &  9.913-3 &  6.363-3 &  4.697-3 &  3.801-3 &  3.250-3 &  2.908-3 &  2.674-3 &  2.520-3 &  2.404-3 \\
 19 & 37 &  2.539-2 &  2.117-2 &  2.014-2 &  1.991-2 &  1.998-2 &  2.012-2 &  2.045-2 &  2.079-2 &  2.123-2 &  2.167-2 \\
 19 & 38 &  2.173-2 &  1.361-2 &  1.073-2 &  9.451-3 &  8.834-3 &  8.484-3 &  8.309-3 &  8.227-3 &  8.237-3 &  8.276-3 \\
 19 & 39 &  1.954-2 &  1.359-2 &  1.135-2 &  1.028-2 &  9.708-3 &  9.380-3 &  9.263-3 &  9.217-3 &  9.244-3 &  9.308-3 \\
 19 & 40 &  1.719-3 &  8.753-4 &  5.398-4 &  3.675-4 &  2.683-4 &  2.024-4 &  1.589-4 &  1.283-4 &  1.070-4 &  9.022-5 \\
 19 & 41 &  2.912-2 &  2.057-2 &  1.724-2 &  1.560-2 &  1.475-2 &  1.423-2 &  1.404-2 &  1.396-2 &  1.400-2 &  1.408-2 \\
 19 & 42 &  2.185-2 &  1.570-2 &  1.373-2 &  1.295-2 &  1.262-2 &  1.246-2 &  1.252-2 &  1.261-2 &  1.277-2 &  1.294-2 \\
 19 & 43 &  2.454-2 &  1.811-2 &  1.585-2 &  1.486-2 &  1.437-2 &  1.411-2 &  1.407-2 &  1.409-2 &  1.419-2 &  1.433-2 \\
 19 & 44 &  4.841-3 &  2.958-3 &  2.466-3 &  2.335-3 &  2.330-3 &  2.343-3 &  2.364-3 &  2.391-3 &  2.440-3 &  2.484-3 \\
 19 & 45 &  1.835-2 &  1.043-2 &  7.831-3 &  6.719-3 &  6.157-3 &  5.836-3 &  5.654-3 &  5.550-3 &  5.516-3 &  5.511-3 \\
 19 & 46 &  3.107-2 &  1.358-2 &  7.726-3 &  5.134-3 &  3.744-3 &  2.810-3 &  2.119-3 &  1.670-3 &  1.394-3 &  1.189-3 \\
 19 & 47 &  5.463-3 &  2.696-3 &  1.717-3 &  1.287-3 &  1.068-3 &  9.261-4 &  7.613-4 &  6.380-4 &  5.898-4 &  5.450-4 \\
 19 & 48 &  1.016-4 &  6.226-5 &  4.068-5 &  2.872-5 &  2.126-5 &  1.619-5 &  1.275-5 &  1.037-5 &  8.581-6 &  7.230-6 \\
 20 & 21 &  3.377-3 &  1.493-3 &  8.098-4 &  4.948-4 &  3.344-4 &  2.440-4 &  1.902-4 &  1.552-4 &  1.336-4 &  1.186-4 \\
 20 & 22 &  8.034-3 &  4.521-3 &  3.028-3 &  2.240-3 &  1.793-3 &  1.498-3 &  1.296-3 &  1.156-3 &  1.058-3 &  9.815-4 \\
 20 & 23 &  9.995-2 &  5.385-2 &  3.569-2 &  2.660-2 &  2.163-2 &  1.851-2 &  1.647-2 &  1.507-2 &  1.414-2 &  1.340-2 \\
 20 & 24 &  2.094-1 &  1.051-1 &  6.526-2 &  4.584-2 &  3.545-2 &  2.900-2 &  2.493-2 &  2.215-2 &  2.037-2 &  1.899-2 \\
 20 & 25 &  4.997-2 &  2.383-2 &  1.414-2 &  9.454-3 &  6.913-3 &  5.343-3 &  4.344-3 &  3.662-3 &  3.210-3 &  2.868-3 \\
 20 & 26 &  5.376-2 &  3.661-2 &  3.018-2 &  2.707-2 &  2.555-2 &  2.435-2 &  2.369-2 &  2.325-2 &  2.301-2 &  2.288-2 \\
 20 & 27 &  3.429-3 &  1.571-3 &  8.895-4 &  5.671-4 &  3.954-4 &  2.937-4 &  2.299-4 &  1.862-4 &  1.573-4 &  1.364-4 \\
 20 & 28 &  2.419-3 &  1.197-3 &  7.687-4 &  5.816-4 &  4.925-4 &  4.430-4 &  4.165-4 &  4.002-4 &  3.930-4 &  3.877-4 \\
 20 & 29 &  1.614-1 &  1.472-1 &  1.436-1 &  1.424-1 &  1.424-1 &  1.423-1 &  1.426-1 &  1.430-1 &  1.435-1 &  1.442-1 \\
 20 & 30 &  5.309-2 &  4.800-2 &  4.658-2 &  4.610-2 &  4.602-2 &  4.589-2 &  4.593-2 &  4.593-2 &  4.613-2 &  4.619-2 \\
 20 & 31 &  1.935-1 &  1.643-1 &  1.549-1 &  1.510-1 &  1.494-1 &  1.483-1 &  1.477-1 &  1.473-1 &  1.476-1 &  1.474-1 \\
 20 & 32 &  5.177-3 &  2.614-3 &  1.673-3 &  1.244-3 &  1.028-3 &  9.033-4 &  8.321-4 &  7.861-4 &  7.621-4 &  7.439-4 \\
 20 & 33 &  1.143-1 &  1.070-1 &  1.054-1 &  1.051-1 &  1.057-1 &  1.099-1 &  1.102-1 &  1.055-1 &  1.059-1 &  1.057-1 \\
 20 & 34 &  5.098-1 &  5.110-1 &  5.176-1 &  5.231-1 &  5.279-1 &  5.298-1 &  5.328-1 &  5.352-1 &  5.385-1 &  5.405-1 \\
 20 & 35 &  1.678-1 &  1.447-1 &  1.382-1 &  1.360-1 &  1.355-1 &  1.352-1 &  1.354-1 &  1.357-1 &  1.362-1 &  1.368-1 \\
 20 & 36 &  2.809-2 &  1.468-2 &  9.808-3 &  7.512-3 &  6.501-3 &  5.545-3 &  4.924-3 &  4.584-3 &  4.374-3 &  4.229-3 \\
 20 & 37 &  1.510-2 &  6.138-3 &  3.211-3 &  1.948-3 &  1.319-3 &  9.696-4 &  7.620-4 &  6.272-4 &  5.424-4 &  4.839-4 \\
 20 & 38 &  2.688-2 &  1.609-2 &  1.229-2 &  1.057-2 &  9.697-3 &  9.203-3 &  8.965-3 &  8.855-3 &  8.836-3 &  8.864-3 \\
 20 & 39 &  1.102-2 &  5.485-3 &  3.516-3 &  2.642-3 &  2.204-3 &  1.958-3 &  1.822-3 &  1.736-3 &  1.694-3 &  1.669-3 \\
 20 & 40 &  2.571-3 &  1.306-3 &  8.712-4 &  6.868-4 &  6.000-4 &  5.537-4 &  5.314-4 &  5.188-4 &  5.156-4 &  5.153-4 \\
 20 & 41 &  2.703-2 &  1.393-2 &  8.448-3 &  5.636-3 &  4.058-3 &  3.041-3 &  2.377-3 &  1.916-3 &  1.597-3 &  1.347-3 \\
 20 & 42 &  5.444-2 &  4.979-2 &  4.884-2 &  4.896-2 &  4.951-2 &  4.985-2 &  5.011-2 &  5.039-2 &  5.114-2 &  5.183-2 \\
 20 & 43 &  1.451-2 &  7.296-3 &  4.806-3 &  3.734-3 &  3.220-3 &  2.912-3 &  2.624-3 &  2.428-3 &  2.350-3 &  2.308-3 \\
 20 & 44 &  4.236-3 &  2.150-3 &  1.394-3 &  1.054-3 &  8.791-4 &  7.756-4 &  7.164-4 &  6.778-4 &  6.570-4 &  6.426-4 \\
 20 & 45 &  1.942-2 &  8.257-3 &  4.522-3 &  2.887-3 &  2.035-3 &  1.536-3 &  1.184-3 &  9.381-4 &  7.926-4 &  6.887-4 \\
 20 & 46 &  4.591-2 &  2.047-2 &  1.190-2 &  8.082-3 &  6.043-3 &  4.737-3 &  3.762-3 &  3.033-3 &  2.632-3 &  2.314-3 \\
 20 & 47 &  7.954-3 &  3.596-3 &  2.018-3 &  1.290-3 &  8.905-4 &  6.441-4 &  4.875-4 &  3.795-4 &  3.062-4 &  2.505-4 \\
 20 & 48 &  1.320-4 &  8.087-5 &  5.276-5 &  3.716-5 &  2.743-5 &  2.080-5 &  1.631-5 &  1.320-5 &  1.086-5 &  9.086-6 \\
 21 & 22 &  7.368-3 &  3.671-3 &  2.163-3 &  1.404-3 &  9.778-4 &  7.124-4 &  5.418-4 &  4.218-4 &  3.415-4 &  2.805-4 \\
 21 & 23 &  8.557-3 &  4.257-3 &  2.508-3 &  1.629-3 &  1.138-3 &  8.318-4 &  6.354-4 &  4.977-4 &  4.056-4 &  3.358-4 \\
& & & & & & & & & & \\ \hline                                                                                                              
\end{tabular}                                                                                                                               
\newpage                                                                                                                                    
\begin{flushleft}                                                                                                                           
{\bf Table 2.} Collision strengths for transitions in  Fe XI. ($a{\pm}b \equiv a{\times}10^{{\pm}b}$).                                      
\newline                                                                                                                                    
\end{flushleft}                                                                                                                             
\begin{tabular}{rrllllllllll} \hline                                                                                                        
 & & & & & & & & & & \\                                                                                                                    
\multicolumn{2}{c}{Transition} & \multicolumn{10}{c}{Energy (Ry)}\\                                                                         
 & & & & & & & & & & \\ \hline                                                                                                             
 & & & & & & & & & & \\                                                                                                                    
$i$ & $j$ & 10.0 & 20.0 & 30.0 & 40.0 & 50.0 & 60.0 & 70.0 & 80.0 & 90.0 & 100.0 \\                                                         
 & & & & & & & & & & \\ \hline                                                                                                             
 & & & & & & & & & & \\                                                                                                                    
 21 & 24 &  9.398-3 &  4.705-3 &  2.779-3 &  1.807-3 &  1.261-3 &  9.194-4 &  6.996-4 &  5.453-4 &  4.417-4 &  3.630-4 \\
 21 & 25 &  1.913-3 &  1.760-3 &  2.195-3 &  2.643-3 &  3.035-3 &  3.340-3 &  3.603-3 &  3.807-3 &  4.003-3 &  4.165-3 \\
 21 & 26 &  2.185-1 &  2.208-1 &  2.245-1 &  2.273-1 &  2.297-1 &  2.306-1 &  2.321-1 &  2.330-1 &  2.347-1 &  2.350-1 \\
 21 & 27 &  4.236-3 &  2.143-3 &  1.286-3 &  8.493-4 &  6.052-4 &  4.499-4 &  3.476-4 &  2.760-4 &  2.262-4 &  1.877-4 \\
 21 & 28 &  1.789-3 &  7.759-4 &  4.170-4 &  2.529-4 &  1.691-4 &  1.202-4 &  8.943-5 &  6.942-5 &  5.596-5 &  4.605-5 \\
 21 & 29 &  7.529-4 &  3.241-4 &  1.709-4 &  1.008-4 &  6.481-5 &  4.422-5 &  3.166-5 &  2.342-5 &  1.806-5 &  1.422-5 \\
 21 & 30 &  2.803-3 &  2.086-3 &  1.820-3 &  1.695-3 &  1.633-3 &  1.590-3 &  1.569-3 &  1.552-3 &  1.548-3 &  1.539-3 \\
 21 & 31 &  7.828-4 &  3.541-4 &  2.148-4 &  1.579-4 &  1.329-4 &  1.209-4 &  1.156-4 &  1.130-4 &  1.128-4 &  1.134-4 \\
 21 & 32 &  5.526-3 &  2.462-3 &  1.354-3 &  8.347-4 &  5.632-4 &  4.014-4 &  2.977-4 &  2.289-4 &  1.816-4 &  1.465-4 \\
 21 & 33 &  4.679-3 &  2.634-3 &  1.805-3 &  1.389-3 &  1.198-3 &  9.689-4 &  8.742-4 &  1.016-3 &  8.349-4 &  9.650-4 \\
 21 & 34 &  6.710-3 &  4.131-3 &  3.228-3 &  2.821-3 &  2.722-3 &  2.374-3 &  2.308-3 &  2.808-3 &  2.368-3 &  2.846-3 \\
 21 & 35 &  5.072-3 &  2.532-3 &  1.506-3 &  9.894-4 &  7.020-4 &  5.204-4 &  4.012-4 &  3.180-4 &  2.602-4 &  2.157-4 \\
 21 & 36 &  1.115-3 &  4.572-4 &  2.359-4 &  1.377-4 &  8.776-5 &  5.968-5 &  4.271-5 &  3.166-5 &  2.450-5 &  1.943-5 \\
 21 & 37 &  1.362-3 &  6.150-4 &  4.052-4 &  3.052-4 &  2.377-4 &  1.876-4 &  1.519-4 &  1.240-4 &  1.039-4 &  8.930-5 \\
 21 & 38 &  2.865-3 &  1.322-3 &  7.375-4 &  4.593-4 &  3.105-4 &  2.195-4 &  1.542-4 &  1.181-4 &  9.261-5 &  7.687-5 \\
 21 & 39 &  1.399-3 &  6.349-4 &  3.527-4 &  2.186-4 &  1.456-4 &  1.024-4 &  7.518-5 &  5.687-5 &  4.455-5 &  3.578-5 \\
 21 & 40 &  4.365-4 &  2.015-4 &  1.118-4 &  6.863-5 &  4.505-5 &  3.145-5 &  2.288-5 &  1.713-5 &  1.329-5 &  1.066-5 \\
 21 & 41 &  6.587-4 &  2.990-4 &  1.798-4 &  1.245-4 &  9.343-5 &  7.142-5 &  5.706-5 &  4.706-5 &  3.991-5 &  3.385-5 \\
 21 & 42 &  2.171-3 &  9.310-4 &  5.061-4 &  3.133-4 &  2.113-4 &  1.513-4 &  1.133-4 &  8.739-5 &  6.987-5 &  5.698-5 \\
 21 & 43 &  1.405-3 &  7.118-4 &  4.968-4 &  4.187-4 &  3.944-4 &  3.546-4 &  2.826-4 &  2.756-4 &  2.616-4 &  2.624-4 \\
 21 & 44 &  5.265-4 &  2.276-4 &  1.254-4 &  7.885-5 &  5.405-5 &  3.931-5 &  2.990-5 &  2.344-5 &  1.904-5 &  1.577-5 \\
 21 & 45 &  1.275-3 &  4.114-4 &  2.161-4 &  1.676-4 &  1.607-4 &  1.545-4 &  1.467-4 &  1.524-4 &  1.587-4 &  1.641-4 \\
 21 & 46 &  2.893-3 &  1.101-3 &  5.332-4 &  2.970-4 &  1.810-4 &  1.182-4 &  8.135-5 &  5.796-5 &  4.317-5 &  3.301-5 \\
 21 & 47 &  4.221-5 &  1.531-5 &  7.755-6 &  4.903-6 &  3.459-6 &  2.533-6 &  1.962-6 &  1.589-6 &  1.323-6 &  1.104-6 \\
 21 & 48 &  6.549-6 &  4.244-6 &  2.744-6 &  1.901-6 &  1.390-6 &  1.054-6 &  8.290-7 &  6.712-7 &  5.549-7 &  4.663-7 \\
 22 & 23 &  2.578-1 &  1.378-1 &  8.910-2 &  6.382-2 &  4.941-2 &  4.019-2 &  3.396-2 &  2.962-2 &  2.652-2 &  2.419-2 \\
 22 & 24 &  8.433-3 &  5.377-3 &  4.145-3 &  3.503-3 &  3.142-3 &  2.894-3 &  2.732-3 &  2.619-3 &  2.546-3 &  2.485-3 \\
 22 & 25 &  1.842-1 &  1.030-1 &  7.138-2 &  5.557-2 &  4.689-2 &  4.136-2 &  3.773-2 &  3.524-2 &  3.353-2 &  3.227-2 \\
 22 & 26 &  1.921-2 &  1.429-2 &  1.252-2 &  1.170-2 &  1.129-2 &  1.101-2 &  1.087-2 &  1.077-2 &  1.074-2 &  1.074-2 \\
 22 & 27 &  3.308-1 &  3.272-1 &  3.303-1 &  3.334-1 &  3.363-1 &  3.372-1 &  3.391-1 &  3.403-1 &  3.426-1 &  3.434-1 \\
 22 & 28 &  2.433-3 &  1.169-3 &  6.752-4 &  4.335-4 &  2.993-4 &  2.166-4 &  1.639-4 &  1.272-4 &  1.027-4 &  8.414-5 \\
 22 & 29 &  2.793-1 &  2.655-1 &  2.636-1 &  2.637-1 &  2.645-1 &  2.646-1 &  2.654-1 &  2.662-1 &  2.672-1 &  2.680-1 \\
 22 & 30 &  1.760-1 &  1.691-1 &  1.686-1 &  1.691-1 &  1.699-1 &  1.701-1 &  1.708-1 &  1.715-1 &  1.722-1 &  1.731-1 \\
 22 & 31 &  3.102-2 &  2.793-2 &  2.714-2 &  2.686-2 &  2.681-2 &  2.675-2 &  2.673-2 &  2.675-2 &  2.678-2 &  2.687-2 \\
 22 & 32 &  2.924-2 &  2.598-2 &  2.534-2 &  2.529-2 &  2.544-2 &  2.553-2 &  2.570-2 &  2.584-2 &  2.605-2 &  2.619-2 \\
 22 & 33 &  3.411-1 &  3.373-1 &  3.404-1 &  3.437-1 &  3.468-1 &  3.480-1 &  3.500-1 &  3.516-1 &  3.532-1 &  3.552-1 \\
 22 & 34 &  2.662-2 &  2.559-2 &  2.554-2 &  2.564-2 &  2.580-2 &  2.586-2 &  2.599-2 &  2.611-2 &  2.623-2 &  2.639-2 \\
 22 & 35 &  2.084-2 &  1.948-2 &  1.918-2 &  1.912-2 &  1.927-2 &  2.144-2 &  1.958-2 &  1.923-2 &  1.920-2 &  1.922-2 \\
 22 & 36 &  2.327-2 &  1.010-2 &  5.497-3 &  3.417-3 &  2.428-3 &  1.664-3 &  1.253-3 &  9.946-4 &  8.555-4 &  7.209-4 \\
 22 & 37 &  1.247-2 &  6.359-3 &  4.279-3 &  3.395-3 &  2.971-3 &  2.737-3 &  2.620-3 &  2.550-3 &  2.528-3 &  2.521-3 \\
 22 & 38 &  1.896-2 &  9.336-3 &  5.895-3 &  4.339-3 &  3.530-3 &  3.063-3 &  2.766-3 &  2.571-3 &  2.458-3 &  2.374-3 \\
 22 & 39 &  8.567-3 &  5.424-3 &  4.631-3 &  4.454-3 &  4.481-3 &  4.538-3 &  4.599-3 &  4.669-3 &  4.774-3 &  4.865-3 \\
 22 & 40 &  5.352-3 &  2.574-3 &  1.501-3 &  9.818-4 &  6.914-4 &  5.110-4 &  3.951-4 &  3.142-4 &  2.591-4 &  2.174-4 \\
 22 & 41 &  1.635-2 &  9.379-3 &  6.768-3 &  5.564-3 &  4.936-3 &  4.567-3 &  4.384-3 &  4.276-3 &  4.235-3 &  4.224-3 \\
 22 & 42 &  1.479-2 &  8.432-3 &  6.272-3 &  5.330-3 &  4.865-3 &  4.570-3 &  4.370-3 &  4.260-3 &  4.223-3 &  4.212-3 \\
 22 & 43 &  4.468-2 &  3.778-2 &  3.527-2 &  3.419-2 &  3.378-2 &  3.359-2 &  3.370-2 &  3.394-2 &  3.434-2 &  3.481-2 \\
 22 & 44 &  1.079-1 &  1.064-1 &  1.069-1 &  1.078-1 &  1.088-1 &  1.097-1 &  1.114-1 &  1.131-1 &  1.151-1 &  1.171-1 \\
& & & & & & & & & & \\ \hline                                                                                                              
\end{tabular}                                                                                                                               
\newpage                                                                                                                                    
\begin{flushleft}                                                                                                                           
{\bf Table 2.} Collision strengths for transitions in  Fe XI. ($a{\pm}b \equiv a{\times}10^{{\pm}b}$).                                      
\newline                                                                                                                                    
\end{flushleft}                                                                                                                             
\begin{tabular}{rrllllllllll} \hline                                                                                                        
 & & & & & & & & & & \\                                                                                                                    
\multicolumn{2}{c}{Transition} & \multicolumn{10}{c}{Energy (Ry)}\\                                                                         
 & & & & & & & & & & \\ \hline                                                                                                             
 & & & & & & & & & & \\                                                                                                                    
$i$ & $j$ & 10.0 & 20.0 & 30.0 & 40.0 & 50.0 & 60.0 & 70.0 & 80.0 & 90.0 & 100.0 \\                                                         
 & & & & & & & & & & \\ \hline                                                                                                             
 & & & & & & & & & & \\                                                                                                                    
 22 & 45 &  2.939-2 &  1.400-2 &  8.493-3 &  5.982-3 &  4.648-3 &  3.826-3 &  3.256-3 &  2.874-3 &  2.648-3 &  2.474-3 \\
 22 & 46 &  2.136-2 &  9.215-3 &  5.256-3 &  3.523-3 &  2.603-3 &  2.038-3 &  1.687-3 &  1.451-3 &  1.300-3 &  1.187-3 \\
 22 & 47 &  6.436-4 &  4.350-4 &  3.722-4 &  3.655-4 &  3.820-4 &  3.820-4 &  2.854-4 &  2.082-4 &  2.002-4 &  1.853-4 \\
 22 & 48 &  1.100-5 &  7.049-6 &  5.463-6 &  5.033-6 &  4.977-6 &  5.032-6 &  5.124-6 &  5.245-6 &  5.354-6 &  5.453-6 \\
 23 & 24 &  2.382-1 &  1.242-1 &  7.733-2 &  5.274-2 &  3.860-2 &  2.949-2 &  2.330-2 &  1.897-2 &  1.584-2 &  1.345-2 \\
 23 & 25 &  2.126-1 &  1.163-1 &  7.887-2 &  6.017-2 &  4.987-2 &  4.336-2 &  3.910-2 &  3.613-2 &  3.419-2 &  3.261-2 \\
 23 & 26 &  1.851-2 &  1.225-2 &  9.878-3 &  8.734-3 &  8.134-3 &  7.754-3 &  7.524-3 &  7.371-3 &  7.285-3 &  7.233-3 \\
 23 & 27 &  9.828-3 &  5.213-3 &  3.666-3 &  3.019-3 &  2.735-3 &  2.582-3 &  2.518-3 &  2.487-3 &  2.494-3 &  2.505-3 \\
 23 & 28 &  1.116-3 &  8.144-4 &  8.766-4 &  9.891-4 &  1.099-3 &  1.185-3 &  1.260-3 &  1.320-3 &  1.378-3 &  1.424-3 \\
 23 & 29 &  4.541-1 &  4.520-1 &  4.573-1 &  4.620-1 &  4.663-1 &  4.683-1 &  4.704-1 &  4.724-1 &  4.742-1 &  4.766-1 \\
 23 & 30 &  3.979-1 &  3.930-1 &  3.969-1 &  4.008-1 &  4.046-1 &  4.066-1 &  4.089-1 &  4.109-1 &  4.134-1 &  4.154-1 \\
 23 & 31 &  3.885-1 &  3.693-1 &  3.663-1 &  3.664-1 &  3.677-1 &  3.681-1 &  3.686-1 &  3.690-1 &  3.706-1 &  3.707-1 \\
 23 & 32 &  8.795-3 &  4.358-3 &  2.669-3 &  1.867-3 &  1.438-3 &  1.179-3 &  1.022-3 &  9.157-4 &  8.508-4 &  8.034-4 \\
 23 & 33 &  1.773-1 &  1.683-1 &  1.669-1 &  1.669-1 &  1.675-1 &  1.676-1 &  1.679-1 &  1.679-1 &  1.688-1 &  1.690-1 \\
 23 & 34 &  5.726-2 &  5.622-2 &  5.663-2 &  5.712-2 &  5.763-2 &  5.789-2 &  5.822-2 &  5.850-2 &  5.886-2 &  5.915-2 \\
 23 & 35 &  1.363-1 &  1.332-1 &  1.338-1 &  1.348-1 &  1.359-1 &  1.366-1 &  1.369-1 &  1.373-1 &  1.377-1 &  1.384-1 \\
 23 & 36 &  4.643-2 &  2.767-2 &  2.130-2 &  1.849-2 &  1.707-2 &  1.620-2 &  1.568-2 &  1.537-2 &  1.516-2 &  1.504-2 \\
 23 & 37 &  1.930-2 &  9.825-3 &  6.639-3 &  5.306-3 &  4.682-3 &  4.345-3 &  4.185-3 &  4.093-3 &  4.073-3 &  4.074-3 \\
 23 & 38 &  2.575-2 &  1.416-2 &  1.039-2 &  8.866-3 &  8.195-3 &  8.015-3 &  7.638-3 &  7.555-3 &  7.518-3 &  7.484-3 \\
 23 & 39 &  1.559-2 &  7.614-3 &  4.617-3 &  3.207-3 &  2.446-3 &  1.986-3 &  1.703-3 &  1.510-3 &  1.388-3 &  1.299-3 \\
 23 & 40 &  2.145-3 &  1.576-3 &  1.667-3 &  1.857-3 &  2.044-3 &  2.190-3 &  2.320-3 &  2.424-3 &  2.521-3 &  2.602-3 \\
 23 & 41 &  1.830-2 &  9.040-3 &  5.304-3 &  3.458-3 &  2.419-3 &  1.771-3 &  1.355-3 &  1.067-3 &  8.720-4 &  7.239-4 \\
 23 & 42 &  3.828-2 &  2.959-2 &  2.669-2 &  2.550-2 &  2.503-2 &  2.479-2 &  2.475-2 &  2.484-2 &  2.511-2 &  2.544-2 \\
 23 & 43 &  1.191-1 &  1.139-1 &  1.132-1 &  1.135-1 &  1.142-1 &  1.150-1 &  1.167-1 &  1.186-1 &  1.208-1 &  1.230-1 \\
 23 & 44 &  6.247-3 &  3.455-3 &  2.388-3 &  1.879-3 &  1.613-3 &  1.442-3 &  1.340-3 &  1.272-3 &  1.233-3 &  1.203-3 \\
 23 & 45 &  5.845-2 &  3.776-2 &  3.031-2 &  2.693-2 &  2.517-2 &  2.413-2 &  2.367-2 &  2.348-2 &  2.349-2 &  2.359-2 \\
 23 & 46 &  3.165-2 &  1.453-2 &  8.915-3 &  6.461-3 &  5.168-3 &  4.381-3 &  3.885-3 &  3.550-3 &  3.348-3 &  3.199-3 \\
 23 & 47 &  5.672-4 &  2.475-4 &  1.337-4 &  8.311-5 &  5.607-5 &  3.998-5 &  3.008-5 &  2.342-5 &  1.897-5 &  1.568-5 \\
 23 & 48 &  1.212-5 &  5.754-6 &  2.817-6 &  1.617-6 &  1.045-6 &  7.326-7 &  5.477-7 &  4.285-7 &  3.452-7 &  2.845-7 \\
 24 & 25 &  3.056-1 &  1.929-1 &  1.503-1 &  1.294-1 &  1.182-1 &  1.111-1 &  1.065-1 &  1.034-1 &  1.014-1 &  9.982-2 \\
 24 & 26 &  1.569-2 &  7.760-3 &  4.637-3 &  3.095-3 &  2.248-3 &  1.720-3 &  1.384-3 &  1.151-3 &  9.966-4 &  8.785-4 \\
 24 & 27 &  3.791-3 &  1.858-3 &  1.130-3 &  7.850-4 &  6.004-4 &  4.899-4 &  4.229-4 &  3.774-4 &  3.498-4 &  3.299-4 \\
 24 & 28 &  2.837-3 &  1.399-3 &  8.191-4 &  5.312-4 &  3.695-4 &  2.689-4 &  2.044-4 &  1.594-4 &  1.291-4 &  1.061-4 \\
 24 & 29 &  2.571-1 &  2.465-1 &  2.461-1 &  2.472-1 &  2.489-1 &  2.498-1 &  2.508-1 &  2.518-1 &  2.534-1 &  2.543-1 \\
 24 & 30 &  9.919-3 &  4.639-3 &  2.736-3 &  1.862-3 &  1.405-3 &  1.138-3 &  9.766-4 &  8.690-4 &  8.034-4 &  7.556-4 \\
 24 & 31 &  1.197-0 &  1.171-0 &  1.176-0 &  1.183-0 &  1.192-0 &  1.196-0 &  1.199-0 &  1.203-0 &  1.207-0 &  1.211-0 \\
 24 & 32 &  1.757-3 &  1.011-3 &  7.637-4 &  6.633-4 &  6.189-4 &  5.917-4 &  5.790-4 &  5.710-4 &  5.703-4 &  5.680-4 \\
 24 & 33 &  8.477-3 &  4.537-3 &  3.010-3 &  2.267-3 &  1.874-3 &  1.623-3 &  1.471-3 &  1.370-3 &  1.311-3 &  1.266-3 \\
 24 & 34 &  3.990-3 &  2.122-3 &  1.462-3 &  1.171-3 &  1.027-3 &  9.393-4 &  8.909-4 &  8.588-4 &  8.439-4 &  8.302-4 \\
 24 & 35 &  6.222-1 &  6.137-1 &  6.188-1 &  6.242-1 &  6.292-1 &  6.317-1 &  6.348-1 &  6.376-1 &  6.416-1 &  6.441-1 \\
 24 & 36 &  7.149-2 &  4.980-2 &  4.233-2 &  3.904-2 &  3.848-2 &  3.899-2 &  3.488-2 &  3.782-2 &  3.551-2 &  3.530-2 \\
 24 & 37 &  2.913-2 &  1.528-2 &  1.081-2 &  9.046-3 &  8.297-3 &  7.929-3 &  7.801-3 &  7.752-3 &  7.804-3 &  7.871-3 \\
 24 & 38 &  3.552-2 &  1.828-2 &  1.263-2 &  1.035-2 &  9.315-3 &  8.767-3 &  8.520-3 &  8.388-3 &  8.376-3 &  8.385-3 \\
 24 & 39 &  1.882-2 &  9.430-3 &  6.108-3 &  4.645-3 &  3.909-3 &  3.484-3 &  3.248-3 &  3.098-3 &  3.023-3 &  2.973-3 \\
 24 & 40 &  4.774-3 &  2.276-3 &  1.313-3 &  8.481-4 &  5.883-4 &  4.270-4 &  3.240-4 &  2.525-4 &  2.041-4 &  1.675-4 \\
 24 & 41 &  1.393-2 &  6.995-3 &  4.250-3 &  2.926-3 &  2.199-3 &  1.754-3 &  1.478-3 &  1.291-3 &  1.170-3 &  1.081-3 \\
 24 & 42 &  1.845-1 &  1.754-1 &  1.739-1 &  1.742-1 &  1.753-1 &  1.766-1 &  1.791-1 &  1.822-1 &  1.857-1 &  1.892-1 \\
& & & & & & & & & & \\ \hline                                                                                                              
\end{tabular}                                                                                                                               
\newpage                                                                                                                                    
\begin{flushleft}                                                                                                                           
{\bf Table 2.} Collision strengths for transitions in  Fe XI. ($a{\pm}b \equiv a{\times}10^{{\pm}b}$).                                      
\newline                                                                                                                                    
\end{flushleft}                                                                                                                             
\begin{tabular}{rrllllllllll} \hline                                                                                                        
 & & & & & & & & & & \\                                                                                                                    
\multicolumn{2}{c}{Transition} & \multicolumn{10}{c}{Energy (Ry)}\\                                                                         
 & & & & & & & & & & \\ \hline                                                                                                             
 & & & & & & & & & & \\                                                                                                                    
$i$ & $j$ & 10.0 & 20.0 & 30.0 & 40.0 & 50.0 & 60.0 & 70.0 & 80.0 & 90.0 & 100.0 \\                                                         
 & & & & & & & & & & \\ \hline                                                                                                             
 & & & & & & & & & & \\                                                                                                                    
 24 & 43 &  1.497-2 &  6.653-3 &  3.820-3 &  2.563-3 &  1.903-3 &  1.510-3 &  1.270-3 &  1.109-3 &  1.006-3 &  9.313-4 \\
 24 & 44 &  1.741-3 &  7.477-4 &  4.324-4 &  3.017-4 &  2.363-4 &  1.987-4 &  1.765-4 &  1.619-4 &  1.531-4 &  1.470-4 \\
 24 & 45 &  5.167-2 &  2.459-2 &  1.430-2 &  9.340-3 &  6.604-3 &  4.887-3 &  3.783-3 &  3.018-3 &  2.493-3 &  2.089-3 \\
 24 & 46 &  4.314-2 &  2.096-2 &  1.378-2 &  1.068-2 &  9.102-3 &  8.178-3 &  7.337-3 &  6.738-3 &  6.457-3 &  6.305-3 \\
 24 & 47 &  5.357-4 &  2.369-4 &  1.275-4 &  7.862-5 &  5.243-5 &  3.693-5 &  2.744-5 &  2.108-5 &  1.685-5 &  1.372-5 \\
 24 & 48 &  8.046-6 &  3.424-6 &  1.335-6 &  5.806-7 &  2.868-7 &  1.595-7 &  9.879-8 &  6.546-8 &  4.597-8 &  3.383-8 \\
 25 & 26 &  3.833-1 &  3.733-1 &  3.749-1 &  3.773-1 &  3.798-1 &  3.811-1 &  3.829-1 &  3.845-1 &  3.867-1 &  3.882-1 \\
 25 & 27 &  1.054-2 &  4.887-3 &  2.800-3 &  1.815-3 &  1.282-3 &  9.591-4 &  7.565-4 &  6.169-4 &  5.253-4 &  4.571-4 \\
 25 & 28 &  3.921-3 &  1.921-3 &  1.124-3 &  7.319-4 &  5.127-4 &  3.771-4 &  2.906-4 &  2.303-4 &  1.901-4 &  1.597-4 \\
 25 & 29 &  9.304-2 &  7.467-2 &  6.871-2 &  6.614-2 &  6.602-2 &  7.156-2 &  8.421-2 &  6.400-2 &  6.293-2 &  6.261-2 \\
 25 & 30 &  2.257-2 &  1.341-2 &  1.013-2 &  8.588-3 &  8.542-3 &  7.029-3 &  6.223-3 &  1.039-2 &  1.168-2 &  9.160-3 \\
 25 & 31 &  5.895-2 &  3.501-2 &  2.641-2 &  2.236-2 &  2.024-2 &  1.890-2 &  1.803-2 &  1.745-2 &  1.710-2 &  1.678-2 \\
 25 & 32 &  9.901-3 &  4.903-3 &  2.987-3 &  2.075-3 &  1.584-3 &  1.287-3 &  1.105-3 &  9.813-4 &  9.047-4 &  8.483-4 \\
 25 & 33 &  1.915-2 &  1.090-2 &  8.067-3 &  6.811-3 &  6.515-3 &  5.822-3 &  5.564-3 &  5.403-3 &  5.326-3 &  5.288-3 \\
 25 & 34 &  4.995-3 &  3.509-3 &  2.962-3 &  2.709-3 &  2.872-3 &  2.523-3 &  2.417-3 &  2.375-3 &  2.359-3 &  2.364-3 \\
 25 & 35 &  1.233-1 &  1.183-1 &  1.183-1 &  1.190-1 &  1.198-1 &  1.202-1 &  1.208-1 &  1.214-1 &  1.220-1 &  1.227-1 \\
 25 & 36 &  8.045-1 &  8.182-1 &  8.333-1 &  8.452-1 &  8.546-1 &  8.590-1 &  8.641-1 &  8.689-1 &  8.730-1 &  8.780-1 \\
 25 & 37 &  2.721-2 &  1.289-2 &  7.389-3 &  4.755-3 &  3.297-3 &  2.396-3 &  1.822-3 &  1.423-3 &  1.154-3 &  9.515-4 \\
 25 & 38 &  4.188-2 &  2.577-2 &  1.971-2 &  1.688-2 &  1.538-2 &  1.460-2 &  1.409-2 &  1.341-2 &  1.319-2 &  1.297-2 \\
 25 & 39 &  1.381-2 &  6.937-3 &  4.473-3 &  3.387-3 &  2.838-3 &  2.522-3 &  2.345-3 &  2.232-3 &  2.174-3 &  2.135-3 \\
 25 & 40 &  4.149-3 &  2.007-3 &  1.165-3 &  7.564-4 &  5.283-4 &  3.872-4 &  2.975-4 &  2.353-4 &  1.935-4 &  1.621-4 \\
 25 & 41 &  8.143-3 &  4.972-3 &  4.308-3 &  4.262-3 &  4.386-3 &  4.512-3 &  4.658-3 &  4.784-3 &  4.917-3 &  5.027-3 \\
 25 & 42 &  2.785-2 &  1.724-2 &  1.344-2 &  1.168-2 &  1.076-2 &  1.020-2 &  9.967-3 &  9.882-3 &  9.886-3 &  9.957-3 \\
 25 & 43 &  3.856-2 &  3.442-2 &  3.348-2 &  3.337-2 &  3.358-2 &  3.381-2 &  3.432-2 &  3.490-2 &  3.559-2 &  3.628-2 \\
 25 & 44 &  5.044-3 &  2.552-3 &  1.554-3 &  1.048-3 &  7.612-4 &  5.713-4 &  4.466-4 &  3.591-4 &  2.979-4 &  2.490-4 \\
 25 & 45 &  2.771-1 &  2.841-1 &  2.914-1 &  2.978-1 &  3.035-1 &  3.079-1 &  3.135-1 &  3.192-1 &  3.255-1 &  3.319-1 \\
 25 & 46 &  6.154-2 &  4.453-2 &  4.004-2 &  3.857-2 &  3.807-2 &  3.796-2 &  3.823-2 &  3.862-2 &  3.910-2 &  3.965-2 \\
 25 & 47 &  1.540-3 &  8.097-4 &  5.569-4 &  4.441-4 &  3.831-4 &  3.410-4 &  3.143-4 &  2.950-4 &  2.821-4 &  2.705-4 \\
 25 & 48 &  3.018-5 &  1.748-5 &  1.111-5 &  7.873-6 &  5.927-6 &  4.631-6 &  3.750-6 &  3.128-6 &  2.660-6 &  2.294-6 \\
 26 & 27 &  5.885-2 &  4.351-2 &  3.763-2 &  3.476-2 &  3.328-2 &  3.225-2 &  3.163-2 &  3.118-2 &  3.098-2 &  3.079-2 \\
 26 & 28 &  2.252-3 &  1.278-3 &  9.543-4 &  8.126-4 &  7.431-4 &  7.026-4 &  6.804-4 &  6.657-4 &  6.596-4 &  6.526-4 \\
 26 & 29 &  7.362-2 &  3.606-2 &  2.121-2 &  1.385-2 &  9.801-3 &  7.276-3 &  5.650-3 &  4.531-3 &  3.764-3 &  3.184-3 \\
 26 & 30 &  7.037-2 &  3.457-2 &  2.035-2 &  1.327-2 &  9.369-3 &  6.937-3 &  5.364-3 &  4.280-3 &  3.537-3 &  2.972-3 \\
 26 & 31 &  5.994-2 &  3.583-2 &  2.650-2 &  2.193-2 &  1.958-2 &  2.285-2 &  1.789-2 &  1.619-2 &  1.577-2 &  1.534-2 \\
 26 & 32 &  1.684-2 &  1.196-2 &  1.034-2 &  9.638-3 &  9.323-3 &  9.599-3 &  9.137-3 &  8.898-3 &  8.885-3 &  8.851-3 \\
 26 & 33 &  6.186-2 &  4.062-2 &  3.236-2 &  2.830-2 &  2.612-2 &  2.471-2 &  2.385-2 &  2.328-2 &  2.293-2 &  2.266-2 \\
 26 & 34 &  4.554-2 &  2.796-2 &  2.163-2 &  1.870-2 &  1.738-2 &  1.628-2 &  1.607-2 &  1.551-2 &  1.507-2 &  1.483-2 \\
 26 & 35 &  6.730-2 &  3.744-2 &  2.571-2 &  1.992-2 &  1.676-2 &  1.477-2 &  1.349-2 &  1.262-2 &  1.203-2 &  1.161-2 \\
 26 & 36 &  2.104-2 &  1.339-2 &  1.153-2 &  1.109-2 &  1.119-2 &  1.120-2 &  1.233-2 &  1.149-2 &  1.143-2 &  1.155-2 \\
 26 & 37 &  2.038-2 &  1.025-2 &  6.198-3 &  4.143-3 &  3.027-3 &  2.224-3 &  1.729-3 &  1.406-3 &  1.180-3 &  9.762-4 \\
 26 & 38 &  3.868-3 &  1.997-3 &  1.307-3 &  9.824-4 &  8.880-4 &  6.234-4 &  5.366-4 &  5.566-4 &  5.799-4 &  6.352-4 \\
 26 & 39 &  1.891-2 &  1.667-2 &  1.593-2 &  1.561-2 &  1.547-2 &  1.534-2 &  1.530-2 &  1.530-2 &  1.530-2 &  1.531-2 \\
 26 & 40 &  2.920-3 &  2.363-3 &  2.177-3 &  2.099-3 &  2.063-3 &  2.035-3 &  2.025-3 &  2.022-3 &  2.022-3 &  2.020-3 \\
 26 & 41 &  8.698-2 &  8.638-2 &  8.695-2 &  8.761-2 &  8.819-2 &  8.827-2 &  8.865-2 &  8.905-2 &  8.942-2 &  8.971-2 \\
 26 & 42 &  1.024-2 &  5.205-3 &  3.513-3 &  2.764-3 &  2.370-3 &  2.207-3 &  1.999-3 &  1.870-3 &  1.789-3 &  1.744-3 \\
 26 & 43 &  1.149-2 &  5.387-3 &  3.330-3 &  2.439-3 &  1.984-3 &  1.708-3 &  1.524-3 &  1.412-3 &  1.352-3 &  1.310-3 \\
 26 & 44 &  1.204-2 &  5.969-3 &  3.795-3 &  2.787-3 &  2.233-3 &  1.899-3 &  1.703-3 &  1.570-3 &  1.490-3 &  1.436-3 \\
& & & & & & & & & & \\ \hline                                                                                                              
\end{tabular}                                                                                                                               
\newpage                                                                                                                                    
\begin{flushleft}                                                                                                                           
{\bf Table 2.} Collision strengths for transitions in  Fe XI. ($a{\pm}b \equiv a{\times}10^{{\pm}b}$).                                      
\newline                                                                                                                                    
\end{flushleft}                                                                                                                             
\begin{tabular}{rrllllllllll} \hline                                                                                                        
 & & & & & & & & & & \\                                                                                                                    
\multicolumn{2}{c}{Transition} & \multicolumn{10}{c}{Energy (Ry)}\\                                                                         
 & & & & & & & & & & \\ \hline                                                                                                             
 & & & & & & & & & & \\                                                                                                                    
$i$ & $j$ & 10.0 & 20.0 & 30.0 & 40.0 & 50.0 & 60.0 & 70.0 & 80.0 & 90.0 & 100.0 \\                                                         
 & & & & & & & & & & \\ \hline                                                                                                             
 & & & & & & & & & & \\                                                                                                                    
 26 & 45 &  1.574-2 &  1.138-2 &  1.024-2 &  9.888-3 &  9.793-3 &  9.779-3 &  9.888-3 &  9.994-3 &  1.015-2 &  1.030-2 \\
 26 & 46 &  3.070-2 &  2.644-2 &  2.604-2 &  2.645-2 &  2.702-2 &  2.755-2 &  2.819-2 &  2.875-2 &  2.936-2 &  2.996-2 \\
 26 & 47 &  1.093-2 &  6.052-3 &  4.796-3 &  4.432-3 &  4.330-3 &  4.287-3 &  4.298-3 &  4.332-3 &  4.396-3 &  4.455-3 \\
 26 & 48 &  1.932-4 &  1.010-4 &  5.999-5 &  3.969-5 &  2.807-5 &  2.075-5 &  1.600-5 &  1.269-5 &  1.034-5 &  8.545-6 \\
 27 & 28 &  7.564-3 &  3.776-3 &  2.256-3 &  1.488-3 &  1.060-3 &  7.858-4 &  6.061-4 &  4.814-4 &  3.942-4 &  3.266-4 \\
 27 & 29 &  1.892-2 &  1.392-2 &  1.255-2 &  1.213-2 &  1.206-2 &  1.202-2 &  1.209-2 &  1.216-2 &  1.228-2 &  1.236-2 \\
 27 & 30 &  1.061-1 &  8.648-2 &  7.949-2 &  7.624-2 &  7.464-2 &  7.349-2 &  7.294-2 &  7.263-2 &  7.257-2 &  7.248-2 \\
 27 & 31 &  7.910-3 &  4.080-3 &  2.778-3 &  2.235-3 &  1.986-3 &  1.854-3 &  1.796-3 &  1.764-3 &  1.763-3 &  1.767-3 \\
 27 & 32 &  2.241-1 &  2.215-1 &  2.238-1 &  2.262-1 &  2.285-1 &  2.294-1 &  2.307-1 &  2.314-1 &  2.329-1 &  2.335-1 \\
 27 & 33 &  9.074-2 &  4.700-2 &  2.907-2 &  1.975-2 &  1.445-2 &  1.094-2 &  8.595-3 &  7.358-3 &  5.874-3 &  4.903-3 \\
 27 & 34 &  7.386-2 &  6.764-2 &  6.611-2 &  6.572-2 &  6.579-2 &  6.577-2 &  6.581-2 &  6.578-2 &  6.605-2 &  6.619-2 \\
 27 & 35 &  1.513-2 &  8.648-3 &  6.078-3 &  4.805-3 &  4.106-3 &  3.657-3 &  3.372-3 &  3.178-3 &  3.053-3 &  2.956-3 \\
 27 & 36 &  3.682-2 &  2.033-2 &  1.384-2 &  1.065-2 &  8.993-3 &  7.751-3 &  7.130-3 &  6.554-3 &  6.231-3 &  5.857-3 \\
 27 & 37 &  5.338-2 &  5.146-2 &  5.125-2 &  5.135-2 &  5.156-2 &  5.157-2 &  5.173-2 &  5.192-2 &  5.212-2 &  5.222-2 \\
 27 & 38 &  2.085-2 &  1.822-2 &  1.748-2 &  1.723-2 &  1.717-2 &  1.710-2 &  1.710-2 &  1.712-2 &  1.718-2 &  1.721-2 \\
 27 & 39 &  2.534-2 &  2.439-2 &  2.429-2 &  2.435-2 &  2.447-2 &  2.448-2 &  2.456-2 &  2.466-2 &  2.475-2 &  2.479-2 \\
 27 & 40 &  5.127-4 &  2.591-4 &  1.607-4 &  1.115-4 &  8.353-5 &  6.419-5 &  5.125-5 &  4.208-5 &  3.549-5 &  2.999-5 \\
 27 & 41 &  7.916-3 &  6.559-3 &  6.118-3 &  5.943-3 &  5.864-3 &  5.795-3 &  5.774-3 &  5.766-3 &  5.772-3 &  5.764-3 \\
 27 & 42 &  9.138-3 &  5.263-3 &  4.431-3 &  4.319-3 &  4.995-3 &  4.334-3 &  4.452-3 &  4.908-3 &  4.823-3 &  4.910-3 \\
 27 & 43 &  5.043-3 &  2.227-3 &  1.286-3 &  8.626-4 &  6.732-4 &  4.412-4 &  3.439-4 &  2.898-4 &  3.167-4 &  2.243-4 \\
 27 & 44 &  3.876-3 &  1.769-3 &  1.055-3 &  7.325-4 &  5.574-4 &  4.523-4 &  3.823-4 &  3.340-4 &  3.009-4 &  2.754-4 \\
 27 & 45 &  3.530-3 &  1.802-3 &  1.205-3 &  9.262-4 &  8.129-4 &  6.075-4 &  5.318-4 &  5.109-4 &  5.511-4 &  4.702-4 \\
 27 & 46 &  6.516-3 &  2.666-3 &  1.495-3 &  1.040-3 &  8.354-4 &  6.508-4 &  4.633-4 &  4.133-4 &  3.672-4 &  3.554-4 \\
 27 & 47 &  4.488-3 &  1.884-3 &  1.052-3 &  7.075-4 &  5.302-4 &  4.276-4 &  3.595-4 &  3.177-4 &  2.906-4 &  2.721-4 \\
 27 & 48 &  1.156-2 &  1.415-2 &  1.586-2 &  1.723-2 &  1.845-2 &  1.942-2 &  2.030-2 &  2.109-2 &  2.194-2 &  2.254-2 \\
 28 & 29 &  1.075-2 &  5.573-3 &  3.395-3 &  2.272-3 &  1.634-3 &  1.215-3 &  9.399-4 &  7.480-4 &  6.145-4 &  5.095-4 \\
 28 & 30 &  1.520-1 &  1.501-1 &  1.515-1 &  1.529-1 &  1.543-1 &  1.546-1 &  1.555-1 &  1.561-1 &  1.571-1 &  1.573-1 \\
 28 & 31 &  7.396-3 &  4.129-3 &  3.161-3 &  2.842-3 &  2.755-3 &  2.741-3 &  2.777-3 &  2.818-3 &  2.882-3 &  2.940-3 \\
 28 & 32 &  4.689-2 &  2.485-2 &  1.557-2 &  1.064-2 &  7.788-3 &  5.932-3 &  4.666-3 &  3.777-3 &  3.130-3 &  2.634-3 \\
 28 & 33 &  7.249-2 &  7.198-2 &  7.293-2 &  7.387-2 &  7.474-2 &  7.509-2 &  7.556-2 &  7.579-2 &  7.640-2 &  7.648-2 \\
 28 & 34 &  4.581-2 &  4.111-2 &  3.981-2 &  3.941-2 &  3.939-2 &  3.980-2 &  3.951-2 &  3.915-2 &  3.940-2 &  3.929-2 \\
 28 & 35 &  1.419-2 &  7.129-3 &  4.253-3 &  2.801-3 &  1.990-3 &  1.473-3 &  1.135-3 &  8.997-4 &  7.359-4 &  6.090-4 \\
 28 & 36 &  6.702-3 &  3.244-3 &  1.893-3 &  1.232-3 &  8.638-4 &  6.311-4 &  4.818-4 &  3.785-4 &  3.079-4 &  2.536-4 \\
 28 & 37 &  1.174-3 &  6.142-4 &  3.852-4 &  2.670-4 &  1.978-4 &  1.516-4 &  1.200-4 &  9.785-5 &  8.172-5 &  6.892-5 \\
 28 & 38 &  2.584-3 &  1.576-3 &  1.234-3 &  1.081-3 &  1.000-3 &  9.513-4 &  9.221-4 &  9.028-4 &  8.918-4 &  8.808-4 \\
 28 & 39 &  8.885-4 &  4.232-4 &  2.481-4 &  1.632-4 &  1.159-4 &  8.596-5 &  6.640-5 &  5.276-5 &  4.333-5 &  3.598-5 \\
 28 & 40 &  6.929-5 &  2.884-5 &  1.824-5 &  1.412-5 &  1.179-5 &  9.846-6 &  8.469-6 &  7.432-6 &  6.689-6 &  5.952-6 \\
 28 & 41 &  8.045-4 &  4.094-4 &  2.539-4 &  1.744-4 &  1.290-4 &  9.749-5 &  7.661-5 &  6.183-5 &  5.138-5 &  4.275-5 \\
 28 & 42 &  3.481-3 &  1.381-3 &  6.972-4 &  4.045-4 &  2.570-4 &  1.744-4 &  1.245-4 &  9.201-5 &  7.088-5 &  5.591-5 \\
 28 & 43 &  2.147-3 &  1.476-3 &  1.272-3 &  1.195-3 &  1.163-3 &  1.143-3 &  1.135-3 &  1.133-3 &  1.134-3 &  1.134-3 \\
 28 & 44 &  4.606-4 &  2.067-4 &  1.164-4 &  7.489-5 &  5.211-5 &  3.840-5 &  2.956-5 &  2.345-5 &  1.923-5 &  1.610-5 \\
 28 & 45 &  1.486-3 &  1.039-3 &  9.120-4 &  8.699-4 &  8.529-4 &  8.403-4 &  8.388-4 &  8.387-4 &  8.428-4 &  8.430-4 \\
 28 & 46 &  3.094-3 &  1.244-3 &  6.444-4 &  3.898-4 &  2.573-4 &  1.805-4 &  1.331-4 &  1.014-4 &  8.027-5 &  6.482-5 \\
 28 & 47 &  3.088-3 &  1.270-3 &  6.835-4 &  4.314-4 &  2.938-4 &  2.120-4 &  1.599-4 &  1.239-4 &  9.928-5 &  8.156-5 \\
 28 & 48 &  1.447-4 &  9.103-5 &  5.822-5 &  4.013-5 &  2.924-5 &  2.210-5 &  1.735-5 &  1.401-5 &  1.157-5 &  9.695-6 \\
 29 & 30 &  3.135-1 &  2.380-1 &  2.094-1 &  1.954-1 &  1.879-1 &  1.827-1 &  1.799-1 &  1.780-1 &  1.769-1 &  1.764-1 \\
 29 & 31 &  5.141-1 &  4.147-1 &  3.783-1 &  3.609-1 &  3.519-1 &  3.457-1 &  3.425-1 &  3.406-1 &  3.396-1 &  3.395-1 \\
& & & & & & & & & & \\ \hline                                                                                                              
\end{tabular}                                                                                                                               
\newpage                                                                                                                                    
\begin{flushleft}                                                                                                                           
{\bf Table 2.} Collision strengths for transitions in  Fe XI. ($a{\pm}b \equiv a{\times}10^{{\pm}b}$).                                      
\newline                                                                                                                                    
\end{flushleft}                                                                                                                             
\begin{tabular}{rrllllllllll} \hline                                                                                                        
 & & & & & & & & & & \\                                                                                                                    
\multicolumn{2}{c}{Transition} & \multicolumn{10}{c}{Energy (Ry)}\\                                                                         
 & & & & & & & & & & \\ \hline                                                                                                             
 & & & & & & & & & & \\                                                                                                                    
$i$ & $j$ & 10.0 & 20.0 & 30.0 & 40.0 & 50.0 & 60.0 & 70.0 & 80.0 & 90.0 & 100.0 \\                                                         
 & & & & & & & & & & \\ \hline                                                                                                             
 & & & & & & & & & & \\                                                                                                                    
 29 & 32 &  1.339-1 &  1.232-1 &  1.207-1 &  1.202-1 &  1.204-1 &  1.202-1 &  1.206-1 &  1.209-1 &  1.216-1 &  1.218-1 \\
 29 & 33 &  4.773-1 &  4.541-1 &  4.509-1 &  4.516-1 &  4.533-1 &  4.534-1 &  4.552-1 &  4.567-1 &  4.585-1 &  4.608-1 \\
 29 & 34 &  4.737-2 &  2.495-2 &  1.684-2 &  1.319-2 &  1.140-2 &  1.035-2 &  9.780-3 &  9.428-3 &  9.278-3 &  9.178-3 \\
 29 & 35 &  5.352-2 &  3.733-2 &  3.232-2 &  3.041-2 &  2.967-2 &  2.927-2 &  2.918-2 &  2.918-2 &  2.931-2 &  2.943-2 \\
 29 & 36 &  6.540-2 &  2.836-2 &  1.553-2 &  9.721-3 &  7.311-3 &  4.727-3 &  3.571-3 &  2.869-3 &  2.976-3 &  2.493-3 \\
 29 & 37 &  3.317-3 &  1.481-3 &  8.661-4 &  6.021-4 &  4.795-4 &  3.978-4 &  3.547-4 &  3.309-4 &  3.407-4 &  3.371-4 \\
 29 & 38 &  1.709-2 &  1.409-2 &  1.316-2 &  1.282-2 &  1.268-2 &  1.256-2 &  1.253-2 &  1.251-2 &  1.251-2 &  1.254-2 \\
 29 & 39 &  4.182-2 &  4.191-2 &  4.257-2 &  4.321-2 &  4.374-2 &  4.393-2 &  4.425-2 &  4.451-2 &  4.484-2 &  4.499-2 \\
 29 & 40 &  3.086-3 &  1.403-3 &  7.832-4 &  4.936-4 &  3.370-4 &  2.422-4 &  1.823-4 &  1.413-4 &  1.136-4 &  9.287-5 \\
 29 & 41 &  1.220-2 &  8.693-3 &  7.428-3 &  6.861-3 &  6.580-3 &  6.397-3 &  6.302-3 &  6.242-3 &  6.223-3 &  6.208-3 \\
 29 & 42 &  1.042-2 &  4.581-3 &  2.728-3 &  1.954-3 &  1.695-3 &  1.294-3 &  1.152-3 &  1.077-3 &  1.130-3 &  1.094-3 \\
 29 & 43 &  1.688-2 &  8.678-3 &  5.846-3 &  4.580-3 &  4.072-3 &  3.410-3 &  3.017-3 &  3.418-3 &  3.171-3 &  2.886-3 \\
 29 & 44 &  1.355-2 &  8.165-3 &  6.528-3 &  5.886-3 &  5.673-3 &  5.503-3 &  5.112-3 &  5.262-3 &  5.367-3 &  5.243-3 \\
 29 & 45 &  3.446-2 &  1.969-2 &  1.388-2 &  1.103-2 &  9.804-3 &  8.212-3 &  7.176-3 &  7.880-3 &  7.175-3 &  6.748-3 \\
 29 & 46 &  2.499-2 &  1.082-2 &  6.182-3 &  4.255-3 &  3.316-3 &  2.572-3 &  1.883-3 &  1.476-3 &  1.278-3 &  1.130-3 \\
 29 & 47 &  3.820-2 &  2.037-2 &  1.367-2 &  1.054-2 &  8.814-3 &  7.729-3 &  7.090-3 &  6.671-3 &  6.411-3 &  6.231-3 \\
 29 & 48 &  3.926-4 &  2.277-4 &  1.419-4 &  9.811-5 &  7.202-5 &  5.490-5 &  4.362-5 &  3.594-5 &  3.023-5 &  2.593-5 \\
 30 & 31 &  4.851-2 &  3.172-2 &  2.528-2 &  2.215-2 &  2.049-2 &  1.949-2 &  1.877-2 &  1.820-2 &  1.795-2 &  1.768-2 \\
 30 & 32 &  2.262-2 &  1.461-2 &  1.145-2 &  9.873-3 &  9.004-3 &  8.427-3 &  8.072-3 &  7.824-3 &  7.669-3 &  7.543-3 \\
 30 & 33 &  1.070-1 &  8.310-2 &  7.420-2 &  6.992-2 &  6.772-2 &  6.625-2 &  6.528-2 &  6.462-2 &  6.429-2 &  6.413-2 \\
 30 & 34 &  5.282-2 &  3.789-2 &  3.299-2 &  3.104-2 &  3.023-2 &  2.976-2 &  2.964-2 &  2.961-2 &  2.972-2 &  2.982-2 \\
 30 & 35 &  5.897-2 &  3.563-2 &  2.660-2 &  2.218-2 &  1.976-2 &  1.822-2 &  1.725-2 &  1.659-2 &  1.618-2 &  1.588-2 \\
 30 & 36 &  5.152-2 &  2.336-2 &  1.319-2 &  8.437-3 &  6.063-3 &  4.315-3 &  3.331-3 &  2.671-3 &  2.210-3 &  1.873-3 \\
 30 & 37 &  1.345-2 &  1.144-2 &  1.080-2 &  1.053-2 &  1.042-2 &  1.033-2 &  1.030-2 &  1.028-2 &  1.030-2 &  1.030-2 \\
 30 & 38 &  9.773-3 &  7.448-3 &  6.737-3 &  6.458-3 &  6.339-3 &  6.266-3 &  6.239-3 &  6.228-3 &  6.236-3 &  6.244-3 \\
 30 & 39 &  1.280-2 &  1.178-2 &  1.159-2 &  1.158-2 &  1.164-2 &  1.165-2 &  1.170-2 &  1.175-2 &  1.181-2 &  1.186-2 \\
 30 & 40 &  3.186-2 &  3.267-2 &  3.340-2 &  3.397-2 &  3.442-2 &  3.461-2 &  3.486-2 &  3.510-2 &  3.531-2 &  3.545-2 \\
 30 & 41 &  8.572-3 &  4.432-3 &  2.804-3 &  2.003-3 &  1.557-3 &  1.311-3 &  1.114-3 &  9.587-4 &  8.722-4 &  8.012-4 \\
 30 & 42 &  7.602-3 &  3.403-3 &  1.967-3 &  1.329-3 &  1.048-3 &  7.750-4 &  6.561-4 &  5.801-4 &  5.779-4 &  5.572-4 \\
 30 & 43 &  1.104-2 &  5.158-3 &  3.475-3 &  2.873-3 &  2.643-3 &  2.522-3 &  2.489-3 &  2.487-3 &  2.510-3 &  2.530-3 \\
 30 & 44 &  1.026-2 &  4.367-3 &  2.389-3 &  1.512-3 &  1.043-3 &  7.594-4 &  5.824-4 &  4.667-4 &  3.841-4 &  3.268-4 \\
 30 & 45 &  1.625-2 &  8.363-3 &  5.312-3 &  3.834-3 &  3.066-3 &  2.454-3 &  2.107-3 &  1.934-3 &  1.800-3 &  1.718-3 \\
 30 & 46 &  1.787-2 &  7.728-3 &  4.449-3 &  3.081-3 &  2.397-3 &  1.902-3 &  1.535-3 &  1.352-3 &  1.245-3 &  1.175-3 \\
 30 & 47 &  1.887-2 &  8.753-3 &  5.013-3 &  3.278-3 &  2.326-3 &  1.726-3 &  1.323-3 &  1.051-3 &  8.713-4 &  7.311-4 \\
 30 & 48 &  2.245-4 &  1.286-4 &  7.883-5 &  5.343-5 &  3.842-5 &  2.864-5 &  2.222-5 &  1.784-5 &  1.461-5 &  1.217-5 \\
 31 & 32 &  3.189-2 &  1.698-2 &  1.152-2 &  9.058-3 &  7.842-3 &  7.129-3 &  6.747-3 &  6.511-3 &  6.414-3 &  6.350-3 \\
 31 & 33 &  4.097-2 &  2.812-2 &  2.428-2 &  2.290-2 &  2.241-2 &  2.217-2 &  2.217-2 &  2.222-2 &  2.238-2 &  2.250-2 \\
 31 & 34 &  2.021-1 &  1.590-1 &  1.433-1 &  1.362-1 &  1.325-1 &  1.300-1 &  1.287-1 &  1.279-1 &  1.277-1 &  1.275-1 \\
 31 & 35 &  3.419-1 &  3.181-1 &  3.140-1 &  3.140-1 &  3.157-1 &  3.174-1 &  3.169-1 &  3.171-1 &  3.176-1 &  3.189-1 \\
 31 & 36 &  2.779-1 &  2.319-1 &  2.191-1 &  2.149-1 &  2.134-1 &  2.123-1 &  2.123-1 &  2.126-1 &  2.131-1 &  2.139-1 \\
 31 & 37 &  5.786-3 &  2.682-3 &  1.599-3 &  1.122-3 &  8.817-4 &  7.448-4 &  6.663-4 &  6.160-4 &  5.879-4 &  5.689-4 \\
 31 & 38 &  7.321-2 &  7.274-2 &  7.345-2 &  7.429-2 &  7.506-2 &  7.546-2 &  7.582-2 &  7.586-2 &  7.634-2 &  7.647-2 \\
 31 & 39 &  1.066-2 &  5.040-3 &  2.918-3 &  1.908-3 &  1.355-3 &  1.016-3 &  7.996-4 &  6.508-4 &  5.502-4 &  4.744-4 \\
 31 & 40 &  4.240-3 &  2.065-3 &  1.359-3 &  1.077-3 &  9.490-4 &  8.826-4 &  8.522-4 &  8.364-4 &  8.340-4 &  8.357-4 \\
 31 & 41 &  4.703-3 &  2.405-3 &  1.669-3 &  1.388-3 &  1.273-3 &  1.219-3 &  1.203-3 &  1.199-3 &  1.209-3 &  1.220-3 \\
 31 & 42 &  1.645-2 &  8.288-3 &  5.830-3 &  4.863-3 &  4.464-3 &  4.335-3 &  4.062-3 &  4.081-3 &  3.874-3 &  3.823-3 \\
 31 & 43 &  3.595-2 &  2.847-2 &  2.600-2 &  2.495-2 &  2.448-2 &  2.449-2 &  2.447-2 &  2.372-2 &  2.369-2 &  2.357-2 \\
& & & & & & & & & & \\ \hline                                                                                                              
\end{tabular}                                                                                                                               
\newpage                                                                                                                                    
\begin{flushleft}                                                                                                                           
{\bf Table 2.} Collision strengths for transitions in  Fe XI. ($a{\pm}b \equiv a{\times}10^{{\pm}b}$).                                      
\newline                                                                                                                                    
\end{flushleft}                                                                                                                             
\begin{tabular}{rrllllllllll} \hline                                                                                                        
 & & & & & & & & & & \\                                                                                                                    
\multicolumn{2}{c}{Transition} & \multicolumn{10}{c}{Energy (Ry)}\\                                                                         
 & & & & & & & & & & \\ \hline                                                                                                             
 & & & & & & & & & & \\                                                                                                                    
$i$ & $j$ & 10.0 & 20.0 & 30.0 & 40.0 & 50.0 & 60.0 & 70.0 & 80.0 & 90.0 & 100.0 \\                                                         
 & & & & & & & & & & \\ \hline                                                                                                             
 & & & & & & & & & & \\                                                                                                                    
 31 & 44 &  9.732-3 &  4.463-3 &  2.747-3 &  2.025-3 &  1.668-3 &  1.464-3 &  1.351-3 &  1.280-3 &  1.243-3 &  1.218-3 \\
 31 & 45 &  5.849-2 &  3.814-2 &  3.086-2 &  2.761-2 &  2.598-2 &  2.498-2 &  2.440-2 &  2.391-2 &  2.374-2 &  2.355-2 \\
 31 & 46 &  3.006-2 &  1.271-2 &  7.176-3 &  4.853-3 &  3.655-3 &  2.941-3 &  2.485-3 &  2.173-3 &  1.995-3 &  1.870-3 \\
 31 & 47 &  4.842-2 &  2.277-2 &  1.310-2 &  8.530-3 &  5.990-3 &  4.385-3 &  3.360-3 &  2.651-3 &  2.164-3 &  1.787-3 \\
 31 & 48 &  5.117-4 &  2.958-4 &  1.834-4 &  1.256-4 &  9.114-5 &  6.840-5 &  5.336-5 &  4.305-5 &  3.538-5 &  2.956-5 \\
 32 & 33 &  1.467-1 &  1.299-1 &  1.247-1 &  1.227-1 &  1.220-1 &  1.212-1 &  1.212-1 &  1.212-1 &  1.215-1 &  1.217-1 \\
 32 & 34 &  1.541-1 &  1.187-1 &  1.052-1 &  9.875-2 &  9.537-2 &  9.291-2 &  9.161-2 &  9.069-2 &  9.029-2 &  8.991-2 \\
 32 & 35 &  2.429-1 &  2.320-1 &  2.308-1 &  2.315-1 &  2.328-1 &  2.328-1 &  2.339-1 &  2.345-1 &  2.360-1 &  2.363-1 \\
 32 & 36 &  2.521-2 &  1.305-2 &  8.230-3 &  5.857-3 &  4.531-3 &  3.680-3 &  3.137-3 &  2.759-3 &  2.506-3 &  2.305-3 \\
 32 & 37 &  2.755-3 &  1.854-3 &  1.531-3 &  1.378-3 &  1.329-3 &  1.155-3 &  1.083-3 &  1.177-3 &  1.305-3 &  1.191-3 \\
 32 & 38 &  7.213-3 &  4.518-3 &  3.564-3 &  3.115-3 &  2.885-3 &  2.703-3 &  2.598-3 &  2.528-3 &  2.480-3 &  2.442-3 \\
 32 & 39 &  3.343-3 &  1.699-3 &  1.097-3 &  8.093-4 &  6.649-4 &  5.137-4 &  4.351-4 &  4.486-4 &  4.406-4 &  3.818-4 \\
 32 & 40 &  5.317-4 &  2.325-4 &  1.301-4 &  8.370-5 &  5.872-5 &  4.295-5 &  3.284-5 &  2.593-5 &  2.117-5 &  1.744-5 \\
 32 & 41 &  2.403-3 &  1.230-3 &  7.695-4 &  5.361-4 &  4.024-4 &  3.088-4 &  2.472-4 &  2.037-4 &  1.726-4 &  1.470-4 \\
 32 & 42 &  1.585-2 &  1.060-2 &  8.846-3 &  8.119-3 &  7.861-3 &  7.605-3 &  8.147-3 &  7.339-3 &  7.274-3 &  7.131-3 \\
 32 & 43 &  5.875-3 &  2.584-3 &  1.455-3 &  9.482-4 &  7.547-4 &  4.640-4 &  3.619-4 &  3.045-4 &  2.690-4 &  3.221-4 \\
 32 & 44 &  2.163-3 &  1.108-3 &  7.814-4 &  6.507-4 &  5.990-4 &  5.509-4 &  5.328-4 &  5.231-4 &  5.184-4 &  5.143-4 \\
 32 & 45 &  3.497-3 &  1.587-3 &  9.468-4 &  6.634-4 &  5.189-4 &  4.033-4 &  3.432-4 &  3.393-4 &  3.041-4 &  2.989-4 \\
 32 & 46 &  9.782-3 &  4.105-3 &  2.270-3 &  1.517-3 &  1.155-3 &  8.619-4 &  5.840-4 &  4.869-4 &  4.048-4 &  3.694-4 \\
 32 & 47 &  9.991-3 &  4.276-3 &  2.432-3 &  1.645-3 &  1.225-3 &  9.725-4 &  7.896-4 &  6.766-4 &  6.007-4 &  5.497-4 \\
 32 & 48 &  1.075-2 &  1.289-2 &  1.431-2 &  1.547-2 &  1.652-2 &  1.735-2 &  1.812-2 &  1.881-2 &  1.955-2 &  2.008-2 \\
 33 & 34 &  2.306-1 &  2.217-1 &  2.217-1 &  2.230-1 &  2.247-1 &  2.251-1 &  2.263-1 &  2.274-1 &  2.285-1 &  2.296-1 \\
 33 & 35 &  1.124-1 &  5.847-2 &  3.676-2 &  2.567-2 &  2.002-2 &  1.525-2 &  1.254-2 &  1.076-2 &  9.397-3 &  8.333-3 \\
 33 & 36 &  7.269-2 &  3.526-2 &  2.074-2 &  1.364-2 &  1.007-2 &  7.233-3 &  5.646-3 &  4.577-3 &  3.801-3 &  3.226-3 \\
 33 & 37 &  4.864-2 &  4.583-2 &  4.524-2 &  4.511-2 &  4.515-2 &  4.504-2 &  4.512-2 &  4.521-2 &  4.536-2 &  4.546-2 \\
 33 & 38 &  6.226-2 &  6.000-2 &  5.981-2 &  6.005-2 &  6.036-2 &  6.036-2 &  6.062-2 &  6.086-2 &  6.110-2 &  6.135-2 \\
 33 & 39 &  1.469-2 &  1.241-2 &  1.166-2 &  1.136-2 &  1.125-2 &  1.222-2 &  1.220-2 &  1.097-2 &  1.103-2 &  1.095-2 \\
 33 & 40 &  8.263-3 &  6.813-3 &  6.326-3 &  6.119-3 &  6.017-3 &  5.931-3 &  5.894-3 &  5.867-3 &  5.865-3 &  5.839-3 \\
 33 & 41 &  1.017-2 &  7.411-3 &  6.474-3 &  6.077-3 &  5.886-3 &  5.759-3 &  5.700-3 &  5.671-3 &  5.659-3 &  5.652-3 \\
 33 & 42 &  1.072-2 &  6.200-3 &  5.173-3 &  4.987-3 &  5.090-3 &  5.111-3 &  5.249-3 &  5.497-3 &  5.507-3 &  5.620-3 \\
 33 & 43 &  1.212-2 &  6.094-3 &  4.200-3 &  3.433-3 &  3.068-3 &  2.862-3 &  2.753-3 &  2.688-3 &  2.658-3 &  2.642-3 \\
 33 & 44 &  4.780-3 &  2.733-3 &  2.115-3 &  1.868-3 &  1.770-3 &  1.648-3 &  1.568-3 &  1.592-3 &  1.745-3 &  1.559-3 \\
 33 & 45 &  1.237-2 &  5.963-3 &  3.666-3 &  2.602-3 &  2.017-3 &  1.635-3 &  1.398-3 &  1.235-3 &  1.126-3 &  1.043-3 \\
 33 & 46 &  1.511-2 &  6.207-3 &  3.346-3 &  2.147-3 &  1.538-3 &  1.143-3 &  8.599-4 &  6.991-4 &  5.982-4 &  5.270-4 \\
 33 & 47 &  1.363-2 &  6.334-3 &  3.817-3 &  2.717-3 &  2.144-3 &  1.788-3 &  1.500-3 &  1.322-3 &  1.222-3 &  1.144-3 \\
 33 & 48 &  1.613-4 &  9.522-5 &  5.798-5 &  3.856-5 &  2.728-5 &  2.006-5 &  1.541-5 &  1.224-5 &  9.965-6 &  8.242-6 \\
 34 & 35 &  5.874-1 &  5.641-1 &  5.630-1 &  5.657-1 &  5.692-1 &  5.699-1 &  5.727-1 &  5.750-1 &  5.775-1 &  5.806-1 \\
 34 & 36 &  1.037-1 &  7.161-2 &  5.921-2 &  5.330-2 &  5.016-2 &  4.825-2 &  4.675-2 &  4.578-2 &  4.519-2 &  4.485-2 \\
 34 & 37 &  5.798-3 &  4.447-3 &  3.974-3 &  3.752-3 &  3.706-3 &  3.423-3 &  3.274-3 &  3.442-3 &  3.360-3 &  3.310-3 \\
 34 & 38 &  9.871-3 &  6.735-3 &  5.597-3 &  5.048-3 &  4.991-3 &  4.478-3 &  4.324-3 &  4.224-3 &  4.154-3 &  4.086-3 \\
 34 & 39 &  3.170-3 &  1.558-3 &  1.028-3 &  7.949-4 &  7.088-4 &  5.438-4 &  4.723-4 &  5.127-4 &  4.402-4 &  4.304-4 \\
 34 & 40 &  2.571-3 &  1.418-3 &  9.972-4 &  7.986-4 &  6.961-4 &  6.148-4 &  5.389-4 &  5.188-4 &  5.131-4 &  4.875-4 \\
 34 & 41 &  9.214-3 &  5.671-3 &  4.279-3 &  3.595-3 &  3.268-3 &  2.878-3 &  2.607-3 &  2.654-3 &  2.738-3 &  2.472-3 \\
 34 & 42 &  1.275-2 &  7.460-3 &  5.552-3 &  4.678-3 &  4.206-3 &  3.900-3 &  3.712-3 &  3.563-3 &  3.459-3 &  3.389-3 \\
 34 & 43 &  1.166-2 &  6.049-3 &  4.147-3 &  3.319-3 &  2.958-3 &  2.575-3 &  2.370-3 &  2.721-3 &  2.569-3 &  2.301-3 \\
 34 & 44 &  1.061-2 &  4.854-3 &  2.963-3 &  2.155-3 &  1.776-3 &  1.503-3 &  1.362-3 &  1.271-3 &  1.216-3 &  1.173-3 \\
 34 & 45 &  8.381-3 &  3.893-3 &  2.362-3 &  1.686-3 &  1.401-3 &  1.073-3 &  9.960-4 &  8.624-4 &  7.970-4 &  7.544-4 \\
& & & & & & & & & & \\ \hline                                                                                                              
\end{tabular}                                                                                                                               
\newpage                                                                                                                                    
\begin{flushleft}                                                                                                                           
{\bf Table 2.} Collision strengths for transitions in  Fe XI. ($a{\pm}b \equiv a{\times}10^{{\pm}b}$).                                      
\newline                                                                                                                                    
\end{flushleft}                                                                                                                             
\begin{tabular}{rrllllllllll} \hline                                                                                                        
 & & & & & & & & & & \\                                                                                                                    
\multicolumn{2}{c}{Transition} & \multicolumn{10}{c}{Energy (Ry)}\\                                                                         
 & & & & & & & & & & \\ \hline                                                                                                             
 & & & & & & & & & & \\                                                                                                                    
$i$ & $j$ & 10.0 & 20.0 & 30.0 & 40.0 & 50.0 & 60.0 & 70.0 & 80.0 & 90.0 & 100.0 \\                                                         
 & & & & & & & & & & \\ \hline                                                                                                             
 & & & & & & & & & & \\                                                                                                                    
 34 & 46 &  2.057-2 &  8.674-3 &  4.805-3 &  3.181-3 &  2.356-3 &  1.855-3 &  1.515-3 &  1.308-3 &  1.179-3 &  1.088-3 \\
 34 & 47 &  1.976-2 &  8.239-3 &  4.512-3 &  2.927-3 &  2.079-3 &  1.580-3 &  1.234-3 &  1.006-3 &  8.606-4 &  7.557-4 \\
 34 & 48 &  1.382-3 &  8.908-4 &  5.741-4 &  3.971-4 &  2.899-4 &  2.194-4 &  1.724-4 &  1.395-4 &  1.152-4 &  9.665-5 \\
 35 & 36 &  1.824-1 &  1.288-1 &  1.083-1 &  9.859-2 &  9.339-2 &  8.992-2 &  8.791-2 &  8.661-2 &  8.589-2 &  8.532-2 \\
 35 & 37 &  2.584-2 &  2.205-2 &  2.081-2 &  2.026-2 &  1.998-2 &  1.974-2 &  1.963-2 &  1.954-2 &  1.956-2 &  1.950-2 \\
 35 & 38 &  1.182-1 &  1.139-1 &  1.134-1 &  1.137-1 &  1.143-1 &  1.147-1 &  1.148-1 &  1.148-1 &  1.150-1 &  1.154-1 \\
 35 & 39 &  2.876-2 &  2.465-2 &  2.330-2 &  2.276-2 &  2.252-2 &  2.230-2 &  2.222-2 &  2.217-2 &  2.222-2 &  2.218-2 \\
 35 & 40 &  2.524-3 &  1.127-3 &  6.349-4 &  4.103-4 &  2.910-4 &  2.196-4 &  1.740-4 &  1.428-4 &  1.212-4 &  1.050-4 \\
 35 & 41 &  2.260-2 &  1.868-2 &  1.750-2 &  1.707-2 &  1.691-2 &  1.676-2 &  1.673-2 &  1.673-2 &  1.678-2 &  1.678-2 \\
 35 & 42 &  1.726-2 &  9.023-3 &  6.487-3 &  5.492-3 &  5.051-3 &  4.904-3 &  4.707-3 &  4.617-3 &  4.597-3 &  4.591-3 \\
 35 & 43 &  1.323-2 &  8.303-3 &  7.164-3 &  6.957-3 &  7.029-3 &  7.283-3 &  7.346-3 &  7.402-3 &  7.543-3 &  7.672-3 \\
 35 & 44 &  8.901-3 &  5.193-3 &  4.397-3 &  4.303-3 &  4.449-3 &  4.499-3 &  4.578-3 &  4.747-3 &  4.862-3 &  5.165-3 \\
 35 & 45 &  1.907-2 &  1.166-2 &  9.299-3 &  8.299-3 &  7.767-3 &  7.418-3 &  7.224-3 &  7.090-3 &  7.023-3 &  6.981-3 \\
 35 & 46 &  2.393-2 &  9.909-3 &  5.489-3 &  3.644-3 &  2.698-3 &  2.159-3 &  1.841-3 &  1.639-3 &  1.519-3 &  1.440-3 \\
 35 & 47 &  1.748-2 &  8.695-3 &  5.901-3 &  4.776-3 &  4.229-3 &  3.923-3 &  3.693-3 &  3.548-3 &  3.498-3 &  3.464-3 \\
 35 & 48 &  1.060-4 &  6.619-5 &  4.610-5 &  3.703-5 &  3.282-5 &  3.071-5 &  2.977-5 &  2.951-5 &  2.954-5 &  2.966-5 \\
 36 & 37 &  1.067-2 &  7.085-3 &  5.897-3 &  5.393-3 &  5.156-3 &  5.354-3 &  5.089-3 &  4.821-3 &  4.811-3 &  4.749-3 \\
 36 & 38 &  1.522-2 &  9.552-3 &  7.538-3 &  6.627-3 &  6.154-3 &  5.859-3 &  5.689-3 &  5.581-3 &  5.517-3 &  5.478-3 \\
 36 & 39 &  3.541-2 &  3.211-2 &  3.140-2 &  3.130-2 &  3.142-2 &  3.229-2 &  3.213-2 &  3.136-2 &  3.160-2 &  3.148-2 \\
 36 & 40 &  4.015-3 &  1.741-3 &  9.403-4 &  5.766-4 &  3.839-4 &  2.712-4 &  2.008-4 &  1.536-4 &  1.220-4 &  9.887-5 \\
 36 & 41 &  6.949-2 &  6.845-2 &  6.910-2 &  6.999-2 &  7.073-2 &  7.096-2 &  7.143-2 &  7.182-2 &  7.231-2 &  7.253-2 \\
 36 & 42 &  1.767-2 &  9.645-3 &  6.974-3 &  5.822-3 &  5.227-3 &  4.916-3 &  4.647-3 &  4.471-3 &  4.372-3 &  4.300-3 \\
 36 & 43 &  3.994-2 &  3.300-2 &  3.100-2 &  3.034-2 &  3.012-2 &  3.035-2 &  3.006-2 &  2.976-2 &  2.973-2 &  2.979-2 \\
 36 & 44 &  9.516-3 &  4.484-3 &  2.862-3 &  2.180-3 &  1.830-3 &  1.789-3 &  1.629-3 &  1.408-3 &  1.367-3 &  1.314-3 \\
 36 & 45 &  1.301-1 &  1.238-1 &  1.239-1 &  1.253-1 &  1.265-1 &  1.270-1 &  1.280-1 &  1.288-1 &  1.296-1 &  1.304-1 \\
 36 & 46 &  3.416-2 &  2.330-2 &  2.087-2 &  2.039-2 &  2.044-2 &  2.057-2 &  2.079-2 &  2.102-2 &  2.126-2 &  2.149-2 \\
 36 & 47 &  1.203-1 &  1.163-1 &  1.173-1 &  1.194-1 &  1.215-1 &  1.232-1 &  1.258-1 &  1.283-1 &  1.311-1 &  1.338-1 \\
 36 & 48 &  3.294-4 &  4.057-4 &  4.748-4 &  5.335-4 &  5.829-4 &  6.226-4 &  6.552-4 &  6.852-4 &  7.101-4 &  7.309-4 \\
 37 & 38 &  3.469-2 &  2.024-2 &  1.511-2 &  1.264-2 &  1.121-2 &  1.044-2 &  9.563-3 &  8.961-3 &  8.558-3 &  8.209-3 \\
 37 & 39 &  1.554-2 &  8.481-3 &  6.025-3 &  4.883-3 &  4.241-3 &  4.295-3 &  3.541-3 &  3.301-3 &  3.148-3 &  3.011-3 \\
 37 & 40 &  5.104-3 &  2.555-3 &  1.668-3 &  1.252-3 &  1.015-3 &  8.610-4 &  7.535-4 &  6.742-4 &  6.136-4 &  5.640-4 \\
 37 & 41 &  1.181-2 &  5.525-3 &  3.329-3 &  2.332-3 &  1.806-3 &  1.473-3 &  1.264-3 &  1.122-3 &  1.020-3 &  9.427-4 \\
 37 & 42 &  1.920-1 &  1.807-1 &  1.767-1 &  1.755-1 &  1.750-1 &  1.738-1 &  1.736-1 &  1.734-1 &  1.738-1 &  1.733-1 \\
 37 & 43 &  1.339-1 &  1.229-1 &  1.192-1 &  1.180-1 &  1.175-1 &  1.166-1 &  1.165-1 &  1.166-1 &  1.167-1 &  1.167-1 \\
 37 & 44 &  1.026-1 &  9.938-2 &  9.870-2 &  9.893-2 &  9.929-2 &  9.909-2 &  9.932-2 &  9.976-2 &  1.000-1 &  1.001-1 \\
 37 & 45 &  9.310-2 &  5.874-2 &  4.579-2 &  3.974-2 &  3.646-2 &  3.426-2 &  3.289-2 &  3.192-2 &  3.131-2 &  3.080-2 \\
 37 & 46 &  1.238-2 &  5.774-3 &  3.748-3 &  2.947-3 &  2.555-3 &  2.334-3 &  2.211-3 &  2.132-3 &  2.086-3 &  2.048-3 \\
 37 & 47 &  7.888-3 &  3.668-3 &  2.354-3 &  1.884-3 &  1.745-3 &  1.607-3 &  1.227-3 &  1.117-3 &  1.067-3 &  1.037-3 \\
 37 & 48 &  2.379-4 &  2.752-4 &  3.006-4 &  3.242-4 &  3.434-4 &  3.598-4 &  3.753-4 &  3.898-4 &  4.058-4 &  4.176-4 \\
 38 & 39 &  1.678-1 &  1.329-1 &  1.185-1 &  1.114-1 &  1.073-1 &  1.040-1 &  1.021-1 &  1.009-1 &  1.000-1 &  9.930-2 \\
 38 & 40 &  7.095-2 &  6.705-2 &  6.596-2 &  6.578-2 &  6.582-2 &  6.555-2 &  6.559-2 &  6.544-2 &  6.570-2 &  6.550-2 \\
 38 & 41 &  9.336-2 &  7.024-2 &  6.146-2 &  5.739-2 &  5.520-2 &  5.351-2 &  5.257-2 &  5.195-2 &  5.158-2 &  5.124-2 \\
 38 & 42 &  9.185-2 &  6.515-2 &  5.511-2 &  5.021-2 &  4.745-2 &  4.639-2 &  4.389-2 &  4.284-2 &  4.211-2 &  4.153-2 \\
 38 & 43 &  6.063-2 &  5.111-2 &  4.881-2 &  4.831-2 &  4.829-2 &  4.827-2 &  4.848-2 &  4.872-2 &  4.900-2 &  4.927-2 \\
 38 & 44 &  2.443-2 &  1.976-2 &  1.855-2 &  1.822-2 &  1.815-2 &  1.811-2 &  1.816-2 &  1.824-2 &  1.835-2 &  1.844-2 \\
 38 & 45 &  2.795-2 &  1.752-2 &  1.423-2 &  1.291-2 &  1.233-2 &  1.217-2 &  1.366-2 &  1.157-2 &  1.147-2 &  1.143-2 \\
 38 & 46 &  5.606-2 &  3.090-2 &  2.152-2 &  1.716-2 &  1.477-2 &  1.324-2 &  1.228-2 &  1.164-2 &  1.120-2 &  1.088-2 \\
& & & & & & & & & & \\ \hline                                                                                                              
\end{tabular}                                                                                                                               
\newpage                                                                                                                                    
\begin{flushleft}                                                                                                                           
{\bf Table 2.} Collision strengths for transitions in  Fe XI. ($a{\pm}b \equiv a{\times}10^{{\pm}b}$).                                      
\newline                                                                                                                                    
\end{flushleft}                                                                                                                             
\begin{tabular}{rrllllllllll} \hline                                                                                                        
 & & & & & & & & & & \\                                                                                                                    
\multicolumn{2}{c}{Transition} & \multicolumn{10}{c}{Energy (Ry)}\\                                                                         
 & & & & & & & & & & \\ \hline                                                                                                             
 & & & & & & & & & & \\                                                                                                                    
$i$ & $j$ & 10.0 & 20.0 & 30.0 & 40.0 & 50.0 & 60.0 & 70.0 & 80.0 & 90.0 & 100.0 \\                                                         
 & & & & & & & & & & \\ \hline                                                                                                             
 & & & & & & & & & & \\                                                                                                                    
 38 & 47 &  1.062-2 &  4.398-3 &  2.433-3 &  1.623-3 &  1.264-3 &  9.151-4 &  7.420-4 &  6.714-4 &  6.218-4 &  5.352-4 \\
 38 & 48 &  5.121-3 &  3.314-3 &  2.101-3 &  1.432-3 &  1.035-3 &  7.760-4 &  6.068-4 &  4.901-4 &  4.039-4 &  3.387-4 \\
 39 & 40 &  3.957-2 &  2.174-2 &  1.429-2 &  1.036-2 &  8.037-3 &  6.450-3 &  5.349-3 &  4.556-3 &  3.961-3 &  3.487-3 \\
 39 & 41 &  8.928-2 &  7.268-2 &  6.655-2 &  6.388-2 &  6.250-2 &  6.149-2 &  6.087-2 &  6.032-2 &  6.030-2 &  5.998-2 \\
 39 & 42 &  2.949-2 &  2.372-2 &  2.208-2 &  2.155-2 &  2.137-2 &  2.125-2 &  2.128-2 &  2.131-2 &  2.144-2 &  2.151-2 \\
 39 & 43 &  3.293-2 &  2.425-2 &  2.065-2 &  1.874-2 &  1.753-2 &  1.657-2 &  1.591-2 &  1.539-2 &  1.499-2 &  1.462-2 \\
 39 & 44 &  2.771-2 &  2.598-2 &  2.600-2 &  2.634-2 &  2.667-2 &  2.685-2 &  2.709-2 &  2.734-2 &  2.753-2 &  2.772-2 \\
 39 & 45 &  3.667-2 &  3.012-2 &  2.850-2 &  2.813-2 &  2.811-2 &  2.828-2 &  2.821-2 &  2.817-2 &  2.833-2 &  2.842-2 \\
 39 & 46 &  3.301-2 &  1.756-2 &  1.145-2 &  8.481-3 &  6.786-3 &  5.651-3 &  4.896-3 &  4.369-3 &  3.979-3 &  3.669-3 \\
 39 & 47 &  2.139-2 &  1.651-2 &  1.512-2 &  1.470-2 &  1.455-2 &  1.444-2 &  1.443-2 &  1.450-2 &  1.451-2 &  1.455-2 \\
 39 & 48 &  4.886-1 &  5.930-1 &  6.641-1 &  7.241-1 &  7.712-1 &  8.108-1 &  8.485-1 &  8.834-1 &  9.223-1 &  9.515-1 \\
 40 & 41 &  1.783-2 &  9.721-3 &  6.203-3 &  4.351-3 &  3.256-3 &  2.529-3 &  2.032-3 &  1.680-3 &  1.422-3 &  1.221-3 \\
 40 & 42 &  3.470-3 &  1.664-3 &  9.843-4 &  6.533-4 &  4.700-4 &  3.508-4 &  2.732-4 &  2.195-4 &  1.815-4 &  1.517-4 \\
 40 & 43 &  8.623-3 &  8.051-3 &  7.961-3 &  8.004-3 &  8.057-3 &  8.089-3 &  8.126-3 &  8.168-3 &  8.221-3 &  8.262-3 \\
 40 & 44 &  1.076-2 &  6.417-3 &  4.662-3 &  3.726-3 &  3.151-3 &  2.734-3 &  2.431-3 &  2.200-3 &  2.018-3 &  1.865-3 \\
 40 & 45 &  7.809-3 &  4.746-3 &  3.842-3 &  3.512-3 &  3.369-3 &  3.295-3 &  3.256-3 &  3.243-3 &  3.247-3 &  3.246-3 \\
 40 & 46 &  1.320-2 &  6.329-3 &  3.693-3 &  2.429-3 &  1.725-3 &  1.271-3 &  9.784-4 &  7.766-4 &  6.347-4 &  5.244-4 \\
 40 & 47 &  4.461-3 &  1.813-3 &  9.434-4 &  5.755-4 &  3.858-4 &  2.738-4 &  2.039-4 &  1.576-4 &  1.259-4 &  1.021-4 \\
 40 & 48 &  1.187-3 &  7.732-4 &  4.924-4 &  3.365-4 &  2.437-4 &  1.830-4 &  1.432-4 &  1.157-4 &  9.538-5 &  8.000-5 \\
 41 & 42 &  2.073-2 &  1.816-2 &  1.762-2 &  1.756-2 &  1.762-2 &  1.763-2 &  1.772-2 &  1.780-2 &  1.792-2 &  1.800-2 \\
 41 & 43 &  2.958-2 &  2.558-2 &  2.456-2 &  2.434-2 &  2.434-2 &  2.431-2 &  2.440-2 &  2.452-2 &  2.467-2 &  2.478-2 \\
 41 & 44 &  1.361-2 &  8.390-3 &  6.173-3 &  5.023-3 &  4.327-3 &  3.827-3 &  3.480-3 &  3.235-3 &  3.042-3 &  2.877-3 \\
 41 & 45 &  1.151-1 &  1.135-1 &  1.146-1 &  1.160-1 &  1.172-1 &  1.174-1 &  1.181-1 &  1.185-1 &  1.191-1 &  1.195-1 \\
 41 & 46 &  4.792-2 &  3.457-2 &  2.821-2 &  2.487-2 &  2.275-2 &  2.110-2 &  1.996-2 &  1.911-2 &  1.842-2 &  1.781-2 \\
 41 & 47 &  6.515-2 &  6.208-2 &  6.191-2 &  6.259-2 &  6.321-2 &  6.352-2 &  6.379-2 &  6.422-2 &  6.463-2 &  6.485-2 \\
 41 & 48 &  1.329-0 &  1.615-0 &  1.811-0 &  1.975-0 &  2.104-0 &  2.213-0 &  2.317-0 &  2.414-0 &  2.522-0 &  2.605-0 \\
 42 & 43 &  3.068-1 &  2.333-1 &  2.065-1 &  1.944-1 &  1.878-1 &  1.826-1 &  1.799-1 &  1.781-1 &  1.768-1 &  1.761-1 \\
 42 & 44 &  3.243-2 &  2.294-2 &  2.013-2 &  1.912-2 &  1.869-2 &  1.839-2 &  1.827-2 &  1.822-2 &  1.823-2 &  1.824-2 \\
 42 & 45 &  6.142-2 &  3.089-2 &  1.965-2 &  1.432-2 &  1.139-2 &  9.452-3 &  8.199-3 &  7.334-3 &  6.725-3 &  6.242-3 \\
 42 & 46 &  1.144-1 &  6.746-2 &  5.058-2 &  4.287-2 &  3.896-2 &  3.772-2 &  3.925-2 &  3.325-2 &  3.207-2 &  3.137-2 \\
 42 & 47 &  2.636-2 &  1.387-2 &  1.012-2 &  8.667-3 &  8.051-3 &  7.614-3 &  7.356-3 &  7.184-3 &  7.130-3 &  7.083-3 \\
 42 & 48 &  5.992-5 &  2.829-5 &  1.408-5 &  8.125-6 &  5.259-6 &  3.699-6 &  2.841-6 &  2.303-6 &  1.979-6 &  1.739-6 \\
 43 & 44 &  2.271-1 &  1.713-1 &  1.499-1 &  1.398-1 &  1.342-1 &  1.298-1 &  1.272-1 &  1.257-1 &  1.245-1 &  1.235-1 \\
 43 & 45 &  1.025-1 &  7.905-2 &  7.064-2 &  6.698-2 &  6.502-2 &  6.348-2 &  6.268-2 &  6.224-2 &  6.190-2 &  6.169-2 \\
 43 & 46 &  9.831-2 &  6.342-2 &  5.067-2 &  4.484-2 &  4.179-2 &  4.591-2 &  3.977-2 &  3.720-2 &  3.621-2 &  3.574-2 \\
 43 & 47 &  5.601-2 &  4.566-2 &  4.290-2 &  4.221-2 &  4.205-2 &  4.186-2 &  4.193-2 &  4.212-2 &  4.226-2 &  4.241-2 \\
 43 & 48 &  1.240-4 &  7.280-5 &  4.431-5 &  2.982-5 &  2.157-5 &  1.633-5 &  1.296-5 &  1.063-5 &  8.935-6 &  7.638-6 \\
 44 & 45 &  5.375-2 &  3.047-2 &  2.165-2 &  1.741-2 &  1.504-2 &  1.474-2 &  1.516-2 &  1.157-2 &  1.108-2 &  1.061-2 \\
 44 & 46 &  4.710-2 &  2.416-2 &  1.586-2 &  1.203-2 &  1.024-2 &  8.556-3 &  7.694-3 &  7.110-3 &  6.725-3 &  6.420-3 \\
 44 & 47 &  1.459-2 &  6.140-3 &  3.506-3 &  2.442-3 &  1.918-3 &  1.645-3 &  1.456-3 &  1.292-3 &  1.239-3 &  1.154-3 \\
 44 & 48 &  7.051-2 &  8.541-2 &  9.589-2 &  1.043-1 &  1.111-1 &  1.169-1 &  1.225-1 &  1.278-1 &  1.337-1 &  1.384-1 \\
 45 & 46 &  5.088-1 &  4.775-1 &  4.674-1 &  4.655-1 &  4.647-1 &  4.618-1 &  4.619-1 &  4.621-1 &  4.624-1 &  4.631-1 \\
 45 & 47 &  4.049-1 &  4.084-1 &  4.138-1 &  4.206-1 &  4.257-1 &  4.273-1 &  4.301-1 &  4.328-1 &  4.353-1 &  4.371-1 \\
 45 & 48 &  9.922-5 &  5.756-5 &  4.150-5 &  3.332-5 &  2.817-5 &  2.448-5 &  2.179-5 &  1.972-5 &  1.805-5 &  1.670-5 \\
 46 & 47 &  3.815-1 &  3.775-1 &  3.819-1 &  3.886-1 &  3.938-1 &  3.957-1 &  3.987-1 &  4.015-1 &  4.046-1 &  4.058-1 \\
 46 & 48 &  1.668-4 &  1.844-4 &  1.898-4 &  1.934-4 &  1.953-4 &  1.955-4 &  1.954-4 &  1.956-4 &  1.954-4 &  1.949-4 \\
 47 & 48 &  5.714-1 &  6.923-1 &  7.782-1 &  8.445-1 &  9.034-1 &  9.591-1 &  1.017-0 &  1.074-0 &  1.137-0 &  1.190-0 \\
& & & & & & & & & & \\ \hline                                                                                                              
\end{tabular}                                                                                                                               
\clearpage


\frenchspacing
\begin{flushleft}
{\bf Table 3.} Effective Collision Strengths for Transitions in  Fe XI. ($a{\pm}b \equiv a{\times}10^{{\pm}b}$).                            
\newline                                                                                                                                    
\end{flushleft}                                                                                                                             
\begin{tabular}{rrlllllllllll} \hline                                                                                                       
 & & & & & & & & & & & \\                                                                                                                  
\multicolumn{2}{c}{Transition} & \multicolumn{11}{c}{Temperature (log T$_e$, K)}\\                                                          
 & & & & & & & & & & & \\ \hline                                                                                                           
 & & & & & & & & & & & \\                                                                                                                  
 $i$ & $j$ & 4.00 &        4.30 &        4.70 &        4.85 &     5.00 &     5.30 &     5.70 &     5.85 &     6.00 &     6.30 &     6.70 \\ 
 & & & & & & & & & & & \\ \hline                                                                                                           
 & & & & & & & & & & & \\           
  1 &  2 &  2.260-0 &  1.952-0 &  1.898-0 &  2.061-0 &  2.241-0 &  2.412-0 &  2.017-0 &  1.741-0 &  1.456-0 &  9.650-1 &  5.564-1 \\
  1 &  3 &  5.563-1 &  5.243-1 &  5.030-1 &  5.196-1 &  5.360-1 &  5.344-1 &  4.347-1 &  3.799-1 &  3.257-1 &  2.356-1 &  1.630-1 \\
  1 &  4 &  1.022-0 &  1.220-0 &  1.419-0 &  1.479-0 &  1.515-0 &  1.483-0 &  1.156-0 &  9.796-1 &  8.043-1 &  5.105-1 &  2.679-1 \\
  1 &  5 &  1.755-1 &  1.534-1 &  1.501-1 &  1.530-1 &  1.557-1 &  1.516-1 &  1.140-1 &  9.464-2 &  7.596-2 &  4.558-2 &  2.130-2 \\
  1 &  6 &  1.449-0 &  1.456-0 &  1.454-0 &  1.453-0 &  1.450-0 &  1.434-0 &  1.417-0 &  1.426-0 &  1.450-0 &  1.546-0 &  1.757-0 \\
  1 &  7 &  5.459-1 &  5.423-1 &  5.354-1 &  5.316-1 &  5.272-1 &  5.160-1 &  5.024-1 &  5.030-1 &  5.089-1 &  5.387-1 &  6.090-1 \\
  1 &  8 &  3.089-2 &  3.355-2 &  3.240-2 &  3.068-2 &  2.844-2 &  2.265-2 &  1.437-2 &  1.178-2 &  9.591-3 &  6.272-3 &  3.428-3 \\
  1 &  9 &  2.062-1 &  2.251-1 &  2.239-1 &  2.158-1 &  2.037-1 &  1.701-1 &  1.238-1 &  1.100-1 &  9.847-2 &  8.142-2 &  6.739-2 \\
  1 & 10 &  5.124-2 &  4.788-2 &  4.137-2 &  3.849-2 &  3.523-2 &  2.771-2 &  1.805-2 &  1.511-2 &  1.258-2 &  8.562-3 &  4.817-3 \\
  1 & 11 &  2.384-1 &  2.013-1 &  1.561-1 &  1.405-1 &  1.252-1 &  9.500-2 &  6.122-2 &  5.159-2 &  4.352-2 &  3.117-2 &  2.034-2 \\
  1 & 12 &  4.270-1 &  3.692-1 &  2.931-1 &  2.639-1 &  2.342-1 &  1.762-1 &  1.128-1 &  9.500-2 &  8.025-2 &  5.788-2 &  3.837-2 \\
  1 & 13 &  5.414-1 &  4.640-1 &  3.808-1 &  3.490-1 &  3.153-1 &  2.437-1 &  1.587-1 &  1.338-1 &  1.126-1 &  7.940-2 &  4.898-2 \\
  1 & 14 &  5.168-1 &  5.885-1 &  5.426-1 &  5.011-1 &  4.521-1 &  3.451-1 &  2.205-1 &  1.845-1 &  1.539-1 &  1.056-1 &  6.029-2 \\
  1 & 15 &  3.454-1 &  3.295-1 &  2.903-1 &  2.679-1 &  2.421-1 &  1.862-1 &  1.231-1 &  1.058-1 &  9.157-2 &  7.078-2 &  5.397-2 \\
  1 & 16 &  4.768-1 &  4.501-1 &  3.932-1 &  3.644-1 &  3.309-1 &  2.544-1 &  1.626-1 &  1.366-1 &  1.153-1 &  8.364-2 &  5.735-2 \\
  1 & 17 &  1.925-1 &  1.966-1 &  1.647-1 &  1.459-1 &  1.260-1 &  8.852-2 &  5.230-2 &  4.331-2 &  3.639-2 &  2.730-2 &  2.154-2 \\
  1 & 18 &  2.379-1 &  2.482-1 &  2.101-1 &  1.857-1 &  1.595-1 &  1.098-1 &  6.159-2 &  4.938-2 &  3.972-2 &  2.609-2 &  1.543-2 \\
  1 & 19 &  5.494-1 &  5.865-1 &  4.531-1 &  3.874-1 &  3.238-1 &  2.143-1 &  1.172-1 &  9.382-2 &  7.583-2 &  5.168-2 &  3.468-2 \\
  1 & 20 &  6.077-1 &  6.148-1 &  4.772-1 &  4.123-1 &  3.486-1 &  2.371-1 &  1.370-1 &  1.129-1 &  9.439-2 &  7.004-2 &  5.412-2 \\
  1 & 21 &  4.584-2 &  5.153-2 &  4.877-2 &  4.445-2 &  3.923-2 &  2.870-2 &  1.813-2 &  1.530-2 &  1.292-2 &  9.134-3 &  5.387-3 \\
  1 & 22 &  2.029-1 &  2.095-1 &  1.806-1 &  1.611-1 &  1.398-1 &  9.904-2 &  5.939-2 &  4.925-2 &  4.114-2 &  2.941-2 &  1.984-2 \\
  1 & 23 &  3.934-1 &  3.677-1 &  2.935-1 &  2.589-1 &  2.234-1 &  1.576-1 &  9.449-2 &  7.846-2 &  6.572-2 &  4.758-2 &  3.322-2 \\
  1 & 24 &  5.712-1 &  5.366-1 &  4.434-1 &  3.996-1 &  3.525-1 &  2.597-1 &  1.670-1 &  1.436-1 &  1.255-1 &  1.017-1 &  8.727-2 \\
  1 & 25 &  4.573-1 &  4.611-1 &  3.848-1 &  3.399-1 &  2.920-1 &  2.018-1 &  1.159-1 &  9.413-2 &  7.672-2 &  5.133-2 &  2.995-2 \\
  1 & 26 &  2.396-1 &  1.997-1 &  1.433-1 &  1.242-1 &  1.067-1 &  7.774-2 &  5.201-2 &  4.537-2 &  3.982-2 &  3.102-2 &  2.234-2 \\
  1 & 27 &  1.173-1 &  1.128-1 &  1.012-1 &  9.259-2 &  8.235-2 &  6.196-2 &  4.283-2 &  3.833-2 &  3.501-2 &  3.117-2 &  2.994-2 \\
  1 & 28 &  2.327-2 &  2.076-2 &  1.637-2 &  1.445-2 &  1.248-2 &  8.890-3 &  5.437-3 &  4.516-3 &  3.742-3 &  2.520-3 &  1.376-3 \\
  1 & 29 &  1.126-1 &  1.057-1 &  8.827-2 &  7.930-2 &  6.999-2 &  5.317-2 &  3.827-2 &  3.483-2 &  3.231-2 &  2.943-2 &  2.859-2 \\
  1 & 30 &  7.537-2 &  6.920-2 &  5.509-2 &  4.802-2 &  4.078-2 &  2.792-2 &  1.640-2 &  1.355-2 &  1.127-2 &  7.966-3 &  5.208-3 \\
  1 & 31 &  1.817-1 &  1.787-1 &  1.477-1 &  1.290-1 &  1.095-1 &  7.456-2 &  4.331-2 &  3.555-2 &  2.932-2 &  2.013-2 &  1.231-2 \\
  1 & 32 &  1.295-1 &  1.225-1 &  1.107-1 &  1.054-1 &  9.996-2 &  9.070-2 &  8.478-2 &  8.472-2 &  8.584-2 &  9.138-2 &  1.035-1 \\
  1 & 33 &  1.557-1 &  1.532-1 &  1.270-1 &  1.120-1 &  9.661-2 &  6.985-2 &  4.727-2 &  4.220-2 &  3.852-2 &  3.432-2 &  3.307-2 \\
  1 & 34 &  1.955-1 &  1.998-1 &  1.973-1 &  1.936-1 &  1.893-1 &  1.823-1 &  1.827-1 &  1.866-1 &  1.927-1 &  2.116-1 &  2.471-1 \\
  1 & 35 &  2.294-1 &  2.241-1 &  1.841-1 &  1.630-1 &  1.418-1 &  1.060-1 &  7.716-2 &  7.118-2 &  6.723-2 &  6.405-2 &  6.681-2 \\
  1 & 36 &  1.549-1 &  1.412-1 &  1.050-1 &  9.246-2 &  8.173-2 &  6.606-2 &  5.529-2 &  5.342-2 &  5.246-2 &  5.273-2 &  5.627-2 \\
  1 & 37 &  1.175-0 &  1.183-0 &  1.148-0 &  1.131-0 &  1.117-0 &  1.108-0 &  1.155-0 &  1.194-0 &  1.245-0 &  1.389-0 &  1.647-0 \\
  1 & 38 &  4.345-0 &  4.348-0 &  4.360-0 &  4.373-0 &  4.396-0 &  4.496-0 &  4.809-0 &  4.997-0 &  5.236-0 &  5.872-0 &  6.929-0 \\
  1 & 39 &  1.207-0 &  1.213-0 &  1.219-0 &  1.223-0 &  1.229-0 &  1.257-0 &  1.342-0 &  1.394-0 &  1.459-0 &  1.634-0 &  1.937-0 \\
  1 & 40 &  9.710-3 &  9.251-3 &  7.859-3 &  7.194-3 &  6.550-3 &  5.447-3 &  4.329-3 &  3.957-3 &  3.589-3 &  2.851-3 &  1.920-3 \\
  1 & 41 &  6.385-2 &  6.047-2 &  5.517-2 &  5.341-2 &  5.198-2 &  5.030-2 &  5.077-2 &  5.178-2 &  5.328-2 &  5.785-2 &  6.623-2 \\
  1 & 42 &  6.219-0 &  6.272-0 &  6.335-0 &  6.368-0 &  6.415-0 &  6.582-0 &  7.071-0 &  7.362-0 &  7.728-0 &  8.693-0 &  1.033+1 \\
  1 & 43 &  7.336-1 &  7.372-1 &  7.410-1 &  7.436-1 &  7.480-1 &  7.654-1 &  8.181-1 &  8.494-1 &  8.892-1 &  9.952-1 &  1.175-0 \\
  1 & 44 &  5.425-2 &  5.397-2 &  5.344-2 &  5.318-2 &  5.298-2 &  5.305-2 &  5.472-2 &  5.594-2 &  5.759-2 &  6.230-2 &  7.333-2 \\
  1 & 45 &  4.510-2 &  4.363-2 &  4.079-2 &  3.959-2 &  3.845-2 &  3.667-2 &  3.540-2 &  3.518-2 &  3.512-2 &  3.553-2 &  3.688-2 \\
  1 & 46 &  5.261-2 &  5.160-2 &  5.002-2 &  4.941-2 &  4.882-2 &  4.775-2 &  4.646-2 &  4.596-2 &  4.548-2 &  4.480-2 &  4.503-2 \\
  1 & 47 &  7.853-3 &  7.920-3 &  7.707-3 &  7.571-3 &  7.415-3 &  7.048-3 &  6.365-3 &  6.020-3 &  5.625-3 &  4.744-3 &  3.632-3 \\
  1 & 48 &  1.863-3 &  1.863-3 &  1.852-3 &  1.844-3 &  1.832-3 &  1.794-3 &  1.694-3 &  1.638-3 &  1.568-3 &  1.392-3 &  1.097-3 \\
& & & & & & & & & & & \\ \hline                                                                                                            
\end{tabular}                                                                                                                               
\newpage                                                                                                                                    
\begin{flushleft}                                                                                                                           
{\bf Table 3.} Effective Collision Strengths for Transitions in  Fe XI. ($a{\pm}b \equiv a{\times}10^{{\pm}b}$).                            
\newline                                                                                                                                    
\end{flushleft}                                                                                                                             
\begin{tabular}{rrlllllllllll} \hline                                                                                                       
 & & & & & & & & & & & \\                                                                                                                  
\multicolumn{2}{c}{Transition} & \multicolumn{11}{c}{Temperature (log T$_e$, K)}\\                                                          
 & & & & & & & & & & & \\ \hline                                                                                                           
 & & & & & & & & & & & \\                                                                                                                  
 $i$ & $j$ & 4.00 &        4.30 &        4.70 &        4.85 &     5.00 &     5.30 &     5.70 &     5.85 &     6.00 &     6.30 &     6.70 \\ 
 & & & & & & & & & & & \\ \hline                                                                                                           
 & & & & & & & & & & & \\                                                                                                                  
  2 &  3 &  5.246-1 &  4.784-1 &  4.640-1 &  5.205-1 &  5.957-1 &  7.133-1 &  6.466-1 &  5.614-1 &  4.657-1 &  2.901-1 &  1.366-1 \\
  2 &  4 &  6.366-1 &  6.944-1 &  8.597-1 &  9.633-1 &  1.054-0 &  1.124-0 &  9.158-1 &  7.778-1 &  6.359-1 &  3.919-1 &  1.875-1 \\
  2 &  5 &  1.366-1 &  1.225-1 &  1.243-1 &  1.279-1 &  1.313-1 &  1.317-1 &  1.037-1 &  8.735-2 &  7.097-2 &  4.333-2 &  2.033-2 \\
  2 &  6 &  6.207-1 &  6.048-1 &  5.821-1 &  5.754-1 &  5.694-1 &  5.550-1 &  5.352-1 &  5.339-1 &  5.387-1 &  5.686-1 &  6.387-1 \\
  2 &  7 &  3.557-1 &  3.493-1 &  3.430-1 &  3.406-1 &  3.379-1 &  3.299-1 &  3.173-1 &  3.157-1 &  3.175-1 &  3.322-1 &  3.703-1 \\
  2 &  8 &  3.461-1 &  3.481-1 &  3.503-1 &  3.530-1 &  3.571-1 &  3.642-1 &  3.691-1 &  3.735-1 &  3.814-1 &  4.100-1 &  4.665-1 \\
  2 &  9 &  1.207-1 &  1.355-1 &  1.444-1 &  1.395-1 &  1.303-1 &  1.038-1 &  6.869-2 &  5.827-2 &  4.943-2 &  3.553-2 &  2.241-2 \\
  2 & 10 &  2.418-2 &  2.383-2 &  2.263-2 &  2.168-2 &  2.035-2 &  1.684-2 &  1.216-2 &  1.076-2 &  9.602-3 &  7.884-3 &  6.548-3 \\
  2 & 11 &  1.001-1 &  9.304-2 &  8.190-2 &  7.625-2 &  6.969-2 &  5.494-2 &  3.705-2 &  3.179-2 &  2.730-2 &  2.019-2 &  1.365-2 \\
  2 & 12 &  2.022-1 &  1.776-1 &  1.509-1 &  1.394-1 &  1.267-1 &  9.864-2 &  6.473-2 &  5.464-2 &  4.596-2 &  3.193-2 &  1.837-2 \\
  2 & 13 &  2.356-1 &  2.194-1 &  1.946-1 &  1.812-1 &  1.657-1 &  1.301-1 &  8.512-2 &  7.156-2 &  5.990-2 &  4.126-2 &  2.360-2 \\
  2 & 14 &  1.559-1 &  1.741-1 &  1.804-1 &  1.728-1 &  1.608-1 &  1.276-1 &  8.244-2 &  6.865-2 &  5.685-2 &  3.829-2 &  2.136-2 \\
  2 & 15 &  2.228-1 &  1.760-1 &  1.373-1 &  1.225-1 &  1.067-1 &  7.474-2 &  4.143-2 &  3.282-2 &  2.607-2 &  1.683-2 &  1.014-2 \\
  2 & 16 &  1.761-1 &  1.835-1 &  1.784-1 &  1.683-1 &  1.539-1 &  1.185-1 &  7.664-2 &  6.492-2 &  5.520-2 &  4.050-2 &  2.771-2 \\
  2 & 17 &  1.056-1 &  1.068-1 &  9.832-2 &  9.136-2 &  8.276-2 &  6.357-2 &  4.155-2 &  3.522-2 &  2.980-2 &  2.105-2 &  1.246-2 \\
  2 & 18 &  1.761-1 &  1.884-1 &  1.729-1 &  1.579-1 &  1.397-1 &  1.015-1 &  6.203-2 &  5.207-2 &  4.445-2 &  3.468-2 &  2.907-2 \\
  2 & 19 &  1.813-1 &  1.905-1 &  1.691-1 &  1.518-1 &  1.320-1 &  9.218-2 &  5.242-2 &  4.233-2 &  3.443-2 &  2.357-2 &  1.564-2 \\
  2 & 20 &  2.870-1 &  2.664-1 &  2.046-1 &  1.772-1 &  1.499-1 &  1.008-1 &  5.549-2 &  4.439-2 &  3.582-2 &  2.430-2 &  1.622-2 \\
  2 & 21 &  2.587-2 &  2.968-2 &  2.925-2 &  2.701-2 &  2.417-2 &  1.823-2 &  1.212-2 &  1.047-2 &  9.098-3 &  6.929-3 &  4.866-3 \\
  2 & 22 &  3.290-1 &  2.860-1 &  2.297-1 &  2.061-1 &  1.810-1 &  1.313-1 &  8.069-2 &  6.766-2 &  5.738-2 &  4.321-2 &  3.295-2 \\
  2 & 23 &  2.159-1 &  2.260-1 &  2.144-1 &  2.005-1 &  1.815-1 &  1.365-1 &  8.635-2 &  7.342-2 &  6.350-2 &  5.090-2 &  4.391-2 \\
  2 & 24 &  1.863-1 &  1.668-1 &  1.324-1 &  1.168-1 &  1.006-1 &  7.005-2 &  4.020-2 &  3.249-2 &  2.627-2 &  1.712-2 &  9.319-3 \\
  2 & 25 &  1.788-1 &  1.861-1 &  1.675-1 &  1.538-1 &  1.368-1 &  9.888-2 &  5.752-2 &  4.647-2 &  3.753-2 &  2.443-2 &  1.344-2 \\
  2 & 26 &  1.994-1 &  1.673-1 &  1.247-1 &  1.098-1 &  9.554-2 &  7.092-2 &  4.786-2 &  4.164-2 &  3.633-2 &  2.756-2 &  1.859-2 \\
  2 & 27 &  5.923-2 &  5.769-2 &  4.900-2 &  4.354-2 &  3.765-2 &  2.673-2 &  1.677-2 &  1.438-2 &  1.253-2 &  1.007-2 &  8.253-3 \\
  2 & 28 &  1.991-2 &  1.639-2 &  1.243-2 &  1.097-2 &  9.549-3 &  7.072-3 &  4.907-3 &  4.422-3 &  4.080-3 &  3.732-3 &  3.735-3 \\
  2 & 29 &  8.351-2 &  8.247-2 &  7.279-2 &  6.577-2 &  5.778-2 &  4.201-2 &  2.622-2 &  2.196-2 &  1.837-2 &  1.271-2 &  7.355-3 \\
  2 & 30 &  8.549-2 &  8.812-2 &  8.561-2 &  7.939-2 &  7.096-2 &  5.260-2 &  3.407-2 &  2.946-2 &  2.590-2 &  2.122-2 &  1.837-2 \\
  2 & 31 &  1.008-1 &  1.073-1 &  9.731-2 &  8.809-2 &  7.756-2 &  5.712-2 &  3.757-2 &  3.263-2 &  2.872-2 &  2.320-2 &  1.908-2 \\
  2 & 32 &  4.037-2 &  3.633-2 &  2.832-2 &  2.467-2 &  2.097-2 &  1.434-2 &  8.229-3 &  6.680-3 &  5.429-3 &  3.574-3 &  1.990-3 \\
  2 & 33 &  1.349-1 &  1.375-1 &  1.250-1 &  1.170-1 &  1.085-1 &  9.317-2 &  8.123-2 &  7.950-2 &  7.914-2 &  8.203-2 &  9.115-2 \\
  2 & 34 &  9.557-2 &  9.627-2 &  8.991-2 &  8.544-2 &  8.059-2 &  7.184-2 &  6.543-2 &  6.481-2 &  6.513-2 &  6.834-2 &  7.582-2 \\
  2 & 35 &  1.212-1 &  1.164-1 &  9.488-2 &  8.408-2 &  7.335-2 &  5.499-2 &  3.947-2 &  3.593-2 &  3.334-2 &  3.036-2 &  2.949-2 \\
  2 & 36 &  1.085-1 &  1.018-1 &  7.253-2 &  6.100-2 &  5.055-2 &  3.403-2 &  2.037-2 &  1.696-2 &  1.414-2 &  9.733-3 &  5.582-3 \\
  2 & 37 &  4.985-1 &  4.934-1 &  4.658-1 &  4.520-1 &  4.392-1 &  4.231-1 &  4.296-1 &  4.411-1 &  4.579-1 &  5.075-1 &  5.970-1 \\
  2 & 38 &  1.050-0 &  1.019-0 &  9.775-1 &  9.671-1 &  9.612-1 &  9.668-1 &  1.021-0 &  1.058-0 &  1.106-0 &  1.235-0 &  1.451-0 \\
  2 & 39 &  9.089-1 &  9.096-1 &  9.045-1 &  9.043-1 &  9.067-1 &  9.237-1 &  9.847-1 &  1.022-0 &  1.070-0 &  1.199-0 &  1.418-0 \\
  2 & 40 &  1.077-0 &  1.089-0 &  1.102-0 &  1.107-0 &  1.115-0 &  1.145-0 &  1.227-0 &  1.275-0 &  1.336-0 &  1.500-0 &  1.797-0 \\
  2 & 41 &  1.711-1 &  1.645-1 &  1.567-1 &  1.547-1 &  1.534-1 &  1.538-1 &  1.613-1 &  1.666-1 &  1.735-1 &  1.926-1 &  2.246-1 \\
  2 & 42 &  1.060-1 &  7.989-2 &  5.233-2 &  4.514-2 &  3.943-2 &  3.145-2 &  2.506-2 &  2.326-2 &  2.161-2 &  1.858-2 &  1.510-2 \\
  2 & 43 &  3.413-0 &  3.431-0 &  3.458-0 &  3.476-0 &  3.502-0 &  3.597-0 &  3.867-0 &  4.026-0 &  4.226-0 &  4.753-0 &  5.610-0 \\
  2 & 44 &  1.073-0 &  1.079-0 &  1.090-0 &  1.097-0 &  1.106-0 &  1.136-0 &  1.221-0 &  1.270-0 &  1.332-0 &  1.495-0 &  1.759-0 \\
  2 & 45 &  3.594-1 &  3.612-1 &  3.638-1 &  3.653-1 &  3.674-1 &  3.759-1 &  4.016-1 &  4.168-1 &  4.360-1 &  4.873-1 &  5.879-1 \\
  2 & 46 &  2.618-2 &  2.542-2 &  2.360-2 &  2.284-2 &  2.208-2 &  2.048-2 &  1.787-2 &  1.663-2 &  1.522-2 &  1.201-2 &  7.625-3 \\
  2 & 47 &  9.646-3 &  9.744-3 &  9.479-3 &  9.329-3 &  9.178-3 &  8.891-3 &  8.480-3 &  8.293-3 &  8.095-3 &  7.719-3 &  7.442-3 \\
  2 & 48 &  9.016-5 &  9.041-5 &  9.018-5 &  8.972-5 &  8.896-5 &  8.632-5 &  7.925-5 &  7.496-5 &  6.960-5 &  5.600-5 &  3.561-5 \\
  3 &  4 &  3.131-1 &  2.781-1 &  3.096-1 &  3.447-1 &  3.753-1 &  3.971-1 &  3.232-1 &  2.755-1 &  2.268-1 &  1.436-1 &  7.436-2 \\
& & & & & & & & & & & \\ \hline                                                                                                            
\end{tabular}                                                                                                                               
\newpage                                                                                                                                    
\begin{flushleft}                                                                                                                           
{\bf Table 3.} Effective Collision Strengths for Transitions in  Fe XI. ($a{\pm}b \equiv a{\times}10^{{\pm}b}$).                            
\newline                                                                                                                                    
\end{flushleft}                                                                                                                             
\begin{tabular}{rrlllllllllll} \hline                                                                                                       
 & & & & & & & & & & & \\                                                                                                                  
\multicolumn{2}{c}{Transition} & \multicolumn{11}{c}{Temperature (log T$_e$, K)}\\                                                          
 & & & & & & & & & & & \\ \hline                                                                                                           
 & & & & & & & & & & & \\                                                                                                                  
 $i$ & $j$ & 4.00 &        4.30 &        4.70 &        4.85 &     5.00 &     5.30 &     5.70 &     5.85 &     6.00 &     6.30 &     6.70 \\ 
 & & & & & & & & & & & \\ \hline                                                                                                           
 & & & & & & & & & & & \\                                                                                                                  
  3 &  5 &  6.854-2 &  6.734-2 &  8.040-2 &  8.751-2 &  9.359-2 &  9.781-2 &  7.848-2 &  6.611-2 &  5.349-2 &  3.201-2 &  1.442-2 \\
  3 &  6 &  1.041-1 &  8.343-2 &  6.254-2 &  5.634-2 &  5.063-2 &  3.994-2 &  2.750-2 &  2.367-2 &  2.030-2 &  1.466-2 &  8.825-3 \\
  3 &  7 &  3.366-1 &  3.380-1 &  3.345-1 &  3.336-1 &  3.332-1 &  3.336-1 &  3.389-1 &  3.450-1 &  3.547-1 &  3.860-1 &  4.461-1 \\
  3 &  8 &  8.269-3 &  1.004-2 &  9.846-3 &  9.231-3 &  8.465-3 &  6.729-3 &  4.584-3 &  3.931-3 &  3.362-3 &  2.417-3 &  1.449-3 \\
  3 &  9 &  5.856-2 &  5.726-2 &  5.600-2 &  5.384-2 &  5.033-2 &  4.010-2 &  2.563-2 &  2.125-2 &  1.756-2 &  1.190-2 &  6.852-3 \\
  3 & 10 &  9.840-3 &  1.037-2 &  1.061-2 &  1.036-2 &  9.851-3 &  8.311-3 &  6.092-3 &  5.362-3 &  4.692-3 &  3.486-3 &  2.132-3 \\
  3 & 11 &  2.802-2 &  2.879-2 &  2.866-2 &  2.767-2 &  2.604-2 &  2.150-2 &  1.533-2 &  1.340-2 &  1.169-2 &  8.799-3 &  5.809-3 \\
  3 & 12 &  3.998-2 &  4.070-2 &  3.868-2 &  3.642-2 &  3.340-2 &  2.607-2 &  1.690-2 &  1.417-2 &  1.183-2 &  8.103-3 &  4.576-3 \\
  3 & 13 &  4.084-2 &  4.336-2 &  4.194-2 &  3.967-2 &  3.658-2 &  2.871-2 &  1.836-2 &  1.523-2 &  1.256-2 &  8.372-3 &  4.583-3 \\
  3 & 14 &  5.109-2 &  5.802-2 &  6.107-2 &  5.883-2 &  5.500-2 &  4.426-2 &  2.944-2 &  2.484-2 &  2.084-2 &  1.439-2 &  8.214-3 \\
  3 & 15 &  7.695-2 &  6.562-2 &  5.571-2 &  5.117-2 &  4.604-2 &  3.520-2 &  2.305-2 &  1.955-2 &  1.653-2 &  1.160-2 &  6.716-3 \\
  3 & 16 &  3.679-2 &  4.017-2 &  3.862-2 &  3.590-2 &  3.226-2 &  2.373-2 &  1.404-2 &  1.149-2 &  9.496-3 &  6.868-3 &  5.214-3 \\
  3 & 17 &  2.978-2 &  3.135-2 &  2.922-2 &  2.711-2 &  2.439-2 &  1.814-2 &  1.102-2 &  9.056-3 &  7.444-3 &  5.022-3 &  2.896-3 \\
  3 & 18 &  4.694-2 &  4.782-2 &  4.356-2 &  3.975-2 &  3.516-2 &  2.545-2 &  1.506-2 &  1.226-2 &  9.977-3 &  6.566-3 &  3.604-3 \\
  3 & 19 &  8.065-2 &  7.905-2 &  6.559-2 &  5.798-2 &  4.991-2 &  3.485-2 &  2.087-2 &  1.758-2 &  1.515-2 &  1.229-2 &  1.110-2 \\
  3 & 20 &  3.925-2 &  3.633-2 &  3.101-2 &  2.786-2 &  2.416-2 &  1.637-2 &  8.326-3 &  6.290-3 &  4.716-3 &  2.619-3 &  1.177-3 \\
  3 & 21 &  9.075-3 &  9.816-3 &  9.166-3 &  8.317-3 &  7.320-3 &  5.355-3 &  3.411-3 &  2.889-3 &  2.450-3 &  1.743-3 &  1.034-3 \\
  3 & 22 &  1.569-1 &  1.298-1 &  1.020-1 &  9.148-2 &  8.067-2 &  5.961-2 &  3.841-2 &  3.313-2 &  2.913-2 &  2.422-2 &  2.183-2 \\
  3 & 23 &  4.888-2 &  4.766-2 &  4.223-2 &  3.852-2 &  3.432-2 &  2.585-2 &  1.689-2 &  1.436-2 &  1.218-2 &  8.620-3 &  5.054-3 \\
  3 & 24 &  1.267-2 &  1.279-2 &  1.122-2 &  1.003-2 &  8.637-3 &  5.762-3 &  2.832-3 &  2.100-3 &  1.540-3 &  8.119-4 &  3.391-4 \\
  3 & 25 &  5.280-2 &  5.416-2 &  4.408-2 &  3.840-2 &  3.266-2 &  2.250-2 &  1.321-2 &  1.085-2 &  8.923-3 &  6.016-3 &  3.397-3 \\
  3 & 26 &  7.952-2 &  7.183-2 &  5.904-2 &  5.286-2 &  4.632-2 &  3.397-2 &  2.189-2 &  1.862-2 &  1.585-2 &  1.131-2 &  6.700-3 \\
  3 & 27 &  4.443-2 &  4.737-2 &  4.512-2 &  4.291-2 &  4.046-2 &  3.600-2 &  3.279-2 &  3.254-2 &  3.280-2 &  3.472-2 &  3.883-2 \\
  3 & 28 &  4.097-3 &  3.647-3 &  2.649-3 &  2.237-3 &  1.846-3 &  1.188-3 &  6.143-4 &  4.765-4 &  3.698-4 &  2.231-4 &  1.119-4 \\
  3 & 29 &  4.589-2 &  4.335-2 &  3.645-2 &  3.283-2 &  2.904-2 &  2.204-2 &  1.551-2 &  1.391-2 &  1.267-2 &  1.108-2 &  1.022-2 \\
  3 & 30 &  3.168-2 &  3.410-2 &  3.057-2 &  2.780-2 &  2.479-2 &  1.906-2 &  1.319-2 &  1.148-2 &  9.944-3 &  7.250-3 &  4.322-3 \\
  3 & 31 &  2.204-2 &  2.137-2 &  1.773-2 &  1.556-2 &  1.326-2 &  8.999-3 &  5.059-3 &  4.075-3 &  3.289-3 &  2.143-3 &  1.170-3 \\
  3 & 32 &  2.003-2 &  1.678-2 &  1.223-2 &  1.067-2 &  9.253-3 &  6.924-3 &  4.922-3 &  4.435-3 &  4.052-3 &  3.519-3 &  3.138-3 \\
  3 & 33 &  2.866-2 &  2.831-2 &  2.207-2 &  1.891-2 &  1.580-2 &  1.046-2 &  5.800-3 &  4.661-3 &  3.756-3 &  2.438-3 &  1.320-3 \\
  3 & 34 &  1.825-2 &  1.874-2 &  1.599-2 &  1.436-2 &  1.266-2 &  9.476-3 &  6.288-3 &  5.382-3 &  4.589-3 &  3.247-3 &  1.867-3 \\
  3 & 35 &  4.648-2 &  4.349-2 &  3.505-2 &  3.116-2 &  2.734-2 &  2.081-2 &  1.537-2 &  1.421-2 &  1.342-2 &  1.277-2 &  1.315-2 \\
  3 & 36 &  2.218-2 &  2.208-2 &  1.744-2 &  1.518-2 &  1.298-2 &  9.241-3 &  5.898-3 &  5.031-3 &  4.307-3 &  3.166-3 &  2.108-3 \\
  3 & 37 &  1.359-1 &  1.345-1 &  1.276-1 &  1.239-1 &  1.205-1 &  1.161-1 &  1.178-1 &  1.210-1 &  1.257-1 &  1.394-1 &  1.654-1 \\
  3 & 38 &  4.542-2 &  3.461-2 &  2.210-2 &  1.833-2 &  1.517-2 &  1.060-2 &  7.014-3 &  6.093-3 &  5.297-3 &  3.947-3 &  2.508-3 \\
  3 & 39 &  7.736-1 &  7.758-1 &  7.772-1 &  7.794-1 &  7.835-1 &  8.017-1 &  8.587-1 &  8.927-1 &  9.356-1 &  1.049-0 &  1.244-0 \\
  3 & 40 &  5.440-3 &  4.762-3 &  3.584-3 &  3.171-3 &  2.805-3 &  2.222-3 &  1.671-3 &  1.493-3 &  1.321-3 &  9.842-4 &  5.881-4 \\
  3 & 41 &  3.156-1 &  3.163-1 &  3.171-1 &  3.180-1 &  3.198-1 &  3.273-1 &  3.506-1 &  3.645-1 &  3.821-1 &  4.290-1 &  5.068-1 \\
  3 & 42 &  2.705-2 &  2.246-2 &  1.621-2 &  1.438-2 &  1.286-2 &  1.065-2 &  8.822-3 &  8.308-3 &  7.842-3 &  7.006-3 &  6.081-3 \\
  3 & 43 &  6.066-2 &  4.037-2 &  2.176-2 &  1.728-2 &  1.384-2 &  9.225-3 &  5.872-3 &  5.037-3 &  4.322-3 &  3.115-3 &  1.854-3 \\
  3 & 44 &  1.476-0 &  1.487-0 &  1.504-0 &  1.514-0 &  1.527-0 &  1.572-0 &  1.692-0 &  1.762-0 &  1.849-0 &  2.081-0 &  2.530-0 \\
  3 & 45 &  1.033-2 &  1.004-2 &  8.828-3 &  8.138-3 &  7.432-3 &  6.160-3 &  4.819-3 &  4.364-3 &  3.911-3 &  2.997-3 &  1.857-3 \\
  3 & 46 &  1.151-2 &  1.088-2 &  9.605-3 &  9.111-3 &  8.646-3 &  7.809-3 &  6.723-3 &  6.265-3 &  5.766-3 &  4.663-3 &  3.154-3 \\
  3 & 47 &  3.747-2 &  3.795-2 &  3.832-2 &  3.849-2 &  3.875-2 &  3.974-2 &  4.254-2 &  4.417-2 &  4.623-2 &  5.179-2 &  6.144-2 \\
  3 & 48 &  3.484-4 &  3.487-4 &  3.475-4 &  3.465-4 &  3.450-4 &  3.386-4 &  3.213-4 &  3.121-4 &  3.015-4 &  2.755-4 &  2.310-4 \\
  4 &  5 &  6.226-1 &  5.894-1 &  6.030-1 &  6.118-1 &  6.178-1 &  6.159-1 &  5.595-1 &  5.254-1 &  4.909-1 &  4.331-1 &  3.868-1 \\
  4 &  6 &  3.255-1 &  3.225-1 &  2.910-1 &  2.741-1 &  2.552-1 &  2.135-1 &  1.612-1 &  1.459-1 &  1.336-1 &  1.168-1 &  1.069-1 \\
  4 &  7 &  1.532-1 &  1.602-1 &  1.577-1 &  1.499-1 &  1.393-1 &  1.127-1 &  7.598-2 &  6.432-2 &  5.415-2 &  3.777-2 &  2.218-2 \\
& & & & & & & & & & & \\ \hline                                                                                                            
\end{tabular}                                                                                                                               
\newpage                                                                                                                                    
\begin{flushleft}                                                                                                                           
{\bf Table 3.} Effective Collision Strengths for Transitions in  Fe XI. ($a{\pm}b \equiv a{\times}10^{{\pm}b}$).                            
\newline                                                                                                                                    
\end{flushleft}                                                                                                                             
\begin{tabular}{rrlllllllllll} \hline                                                                                                       
 & & & & & & & & & & & \\                                                                                                                  
\multicolumn{2}{c}{Transition} & \multicolumn{11}{c}{Temperature (log T$_e$, K)}\\                                                          
 & & & & & & & & & & & \\ \hline                                                                                                           
 & & & & & & & & & & & \\                                                                                                                  
 $i$ & $j$ & 4.00 &        4.30 &        4.70 &        4.85 &     5.00 &     5.30 &     5.70 &     5.85 &     6.00 &     6.30 &     6.70 \\ 
 & & & & & & & & & & & \\ \hline                                                                                                           
 & & & & & & & & & & & \\                                                                                                                  
  4 &  8 &  4.254-2 &  4.707-2 &  4.584-2 &  4.393-2 &  4.158-2 &  3.540-2 &  2.538-2 &  2.187-2 &  1.869-2 &  1.330-2 &  7.830-3 \\
  4 &  9 &  1.599-0 &  1.625-0 &  1.662-0 &  1.674-0 &  1.678-0 &  1.656-0 &  1.622-0 &  1.630-0 &  1.658-0 &  1.774-0 &  2.006-0 \\
  4 & 10 &  1.340-2 &  1.278-2 &  1.061-2 &  9.507-3 &  8.294-3 &  5.770-3 &  3.010-3 &  2.281-3 &  1.710-3 &  9.421-4 &  4.157-4 \\
  4 & 11 &  5.543-2 &  5.409-2 &  4.353-2 &  3.808-2 &  3.241-2 &  2.161-2 &  1.090-2 &  8.199-3 &  6.119-3 &  3.369-3 &  1.528-3 \\
  4 & 12 &  9.187-2 &  9.083-2 &  7.412-2 &  6.478-2 &  5.493-2 &  3.625-2 &  1.809-2 &  1.358-2 &  1.011-2 &  5.563-3 &  2.538-3 \\
  4 & 13 &  1.328-1 &  1.333-1 &  1.097-1 &  9.565-2 &  8.074-2 &  5.266-2 &  2.587-2 &  1.930-2 &  1.429-2 &  7.715-3 &  3.366-3 \\
  4 & 14 &  1.081-1 &  1.162-1 &  1.026-1 &  9.150-2 &  7.876-2 &  5.287-2 &  2.653-2 &  1.988-2 &  1.475-2 &  7.981-3 &  3.445-3 \\
  4 & 15 &  2.087-1 &  1.956-1 &  1.676-1 &  1.526-1 &  1.357-1 &  1.002-1 &  6.105-2 &  5.022-2 &  4.127-2 &  2.771-2 &  1.573-2 \\
  4 & 16 &  3.781-1 &  3.149-1 &  2.421-1 &  2.167-1 &  1.910-1 &  1.403-1 &  8.554-2 &  7.040-2 &  5.786-2 &  3.879-2 &  2.188-2 \\
  4 & 17 &  1.272-1 &  1.334-1 &  1.174-1 &  1.064-1 &  9.395-2 &  6.865-2 &  4.168-2 &  3.432-2 &  2.826-2 &  1.908-2 &  1.094-2 \\
  4 & 18 &  2.472-1 &  2.437-1 &  2.274-1 &  2.140-1 &  1.963-1 &  1.545-1 &  1.038-1 &  8.870-2 &  7.558-2 &  5.384-2 &  3.180-2 \\
  4 & 19 &  6.181-1 &  5.980-1 &  4.907-1 &  4.398-1 &  3.867-1 &  2.849-1 &  1.804-1 &  1.518-1 &  1.278-1 &  8.994-2 &  5.386-2 \\
  4 & 20 &  4.924-1 &  5.046-1 &  4.651-1 &  4.348-1 &  3.970-1 &  3.107-1 &  2.085-1 &  1.783-1 &  1.520-1 &  1.084-1 &  6.406-2 \\
  4 & 21 &  3.958-2 &  4.413-2 &  4.190-2 &  3.788-2 &  3.300-2 &  2.295-2 &  1.264-2 &  9.948-3 &  7.800-3 &  4.740-3 &  2.345-3 \\
  4 & 22 &  2.652-1 &  2.783-1 &  2.538-1 &  2.320-1 &  2.063-1 &  1.523-1 &  9.426-2 &  7.858-2 &  6.584-2 &  4.717-2 &  3.190-2 \\
  4 & 23 &  3.692-1 &  3.936-1 &  3.661-1 &  3.343-1 &  2.960-1 &  2.152-1 &  1.287-1 &  1.053-1 &  8.596-2 &  5.684-2 &  3.140-2 \\
  4 & 24 &  3.741-1 &  4.013-1 &  3.883-1 &  3.607-1 &  3.250-1 &  2.451-1 &  1.545-1 &  1.289-1 &  1.073-1 &  7.353-2 &  4.245-2 \\
  4 & 25 &  5.127-1 &  6.095-1 &  5.689-1 &  5.181-1 &  4.577-1 &  3.309-1 &  1.999-1 &  1.672-1 &  1.426-1 &  1.122-1 &  9.733-2 \\
  4 & 26 &  2.755-1 &  3.004-1 &  2.833-1 &  2.638-1 &  2.407-1 &  1.936-1 &  1.487-1 &  1.393-1 &  1.335-1 &  1.315-1 &  1.375-1 \\
  4 & 27 &  9.756-2 &  9.559-2 &  8.209-2 &  7.498-2 &  6.747-2 &  5.311-2 &  3.884-2 &  3.512-2 &  3.212-2 &  2.780-2 &  2.415-2 \\
  4 & 28 &  3.015-2 &  2.858-2 &  2.256-2 &  1.988-2 &  1.723-2 &  1.242-2 &  7.725-3 &  6.459-3 &  5.397-3 &  3.719-3 &  2.119-3 \\
  4 & 29 &  3.239-1 &  2.885-1 &  2.219-1 &  1.950-1 &  1.687-1 &  1.214-1 &  7.626-2 &  6.449-2 &  5.486-2 &  4.038-2 &  2.768-2 \\
  4 & 30 &  2.125-1 &  1.869-1 &  1.440-1 &  1.271-1 &  1.106-1 &  8.116-2 &  5.302-2 &  4.561-2 &  3.951-2 &  3.025-2 &  2.211-2 \\
  4 & 31 &  4.264-1 &  3.820-1 &  2.972-1 &  2.609-1 &  2.245-1 &  1.582-1 &  9.514-2 &  7.886-2 &  6.568-2 &  4.615-2 &  2.950-2 \\
  4 & 32 &  1.199-1 &  1.032-1 &  7.891-2 &  7.013-2 &  6.182-2 &  4.727-2 &  3.378-2 &  3.041-2 &  2.777-2 &  2.421-2 &  2.196-2 \\
  4 & 33 &  1.443-1 &  1.462-1 &  1.326-1 &  1.219-1 &  1.094-1 &  8.379-2 &  5.709-2 &  4.984-2 &  4.381-2 &  3.449-2 &  2.617-2 \\
  4 & 34 &  1.349-1 &  1.314-1 &  1.123-1 &  1.016-1 &  9.023-2 &  6.849-2 &  4.678-2 &  4.090-2 &  3.596-2 &  2.817-2 &  2.081-2 \\
  4 & 35 &  2.514-1 &  2.482-1 &  2.153-1 &  1.943-1 &  1.713-1 &  1.269-1 &  8.299-2 &  7.122-2 &  6.133-2 &  4.560-2 &  3.057-2 \\
  4 & 36 &  1.979-1 &  2.066-1 &  1.867-1 &  1.713-1 &  1.535-1 &  1.186-1 &  8.624-2 &  7.896-2 &  7.395-2 &  6.950-2 &  7.172-2 \\
  4 & 37 &  1.903-1 &  1.844-1 &  1.577-1 &  1.424-1 &  1.264-1 &  9.804-2 &  7.492-2 &  7.029-2 &  6.742-2 &  6.587-2 &  6.983-2 \\
  4 & 38 &  2.559-1 &  2.328-1 &  1.920-1 &  1.754-1 &  1.597-1 &  1.348-1 &  1.172-1 &  1.146-1 &  1.136-1 &  1.163-1 &  1.282-1 \\
  4 & 39 &  6.610-1 &  6.504-1 &  6.239-1 &  6.137-1 &  6.055-1 &  5.996-1 &  6.218-1 &  6.407-1 &  6.665-1 &  7.391-1 &  8.671-1 \\
  4 & 40 &  3.057-2 &  2.780-2 &  2.188-2 &  1.900-2 &  1.617-2 &  1.142-2 &  7.287-3 &  6.199-3 &  5.267-3 &  3.720-3 &  2.152-3 \\
  4 & 41 &  3.034-0 &  3.028-0 &  3.003-0 &  3.000-0 &  3.006-0 &  3.057-0 &  3.251-0 &  3.373-0 &  3.528-0 &  3.948-0 &  4.654-0 \\
  4 & 42 &  1.595-1 &  1.552-1 &  1.223-1 &  1.055-1 &  8.942-2 &  6.318-2 &  4.177-2 &  3.663-2 &  3.252-2 &  2.643-2 &  2.123-2 \\
  4 & 43 &  3.622-1 &  3.452-1 &  3.063-1 &  2.912-1 &  2.781-1 &  2.611-1 &  2.590-1 &  2.639-1 &  2.720-1 &  2.975-1 &  3.446-1 \\
  4 & 44 &  1.689-1 &  1.619-1 &  1.430-1 &  1.357-1 &  1.293-1 &  1.206-1 &  1.181-1 &  1.196-1 &  1.224-1 &  1.320-1 &  1.551-1 \\
  4 & 45 &  3.063-0 &  3.030-0 &  2.969-0 &  2.956-0 &  2.954-0 &  3.000-0 &  3.200-0 &  3.327-0 &  3.488-0 &  3.920-0 &  4.703-0 \\
  4 & 46 &  7.210-0 &  7.294-0 &  7.384-0 &  7.427-0 &  7.485-0 &  7.692-0 &  8.283-0 &  8.626-0 &  9.055-0 &  1.018+1 &  1.209+1 \\
  4 & 47 &  7.085-2 &  7.166-2 &  7.170-2 &  7.147-2 &  7.117-2 &  7.067-2 &  7.115-2 &  7.184-2 &  7.289-2 &  7.616-2 &  8.233-2 \\
  4 & 48 &  4.458-2 &  4.458-2 &  4.431-2 &  4.411-2 &  4.384-2 &  4.292-2 &  4.055-2 &  3.923-2 &  3.764-2 &  3.364-2 &  2.698-2 \\
  5 &  6 &  8.073-2 &  6.051-2 &  4.651-2 &  4.278-2 &  3.914-2 &  3.172-2 &  2.235-2 &  1.935-2 &  1.665-2 &  1.206-2 &  7.245-3 \\
  5 &  7 &  5.166-2 &  5.397-2 &  5.642-2 &  5.613-2 &  5.528-2 &  5.234-2 &  4.764-2 &  4.623-2 &  4.519-2 &  4.432-2 &  4.513-2 \\
  5 &  8 &  8.822-3 &  1.020-2 &  1.133-2 &  1.131-2 &  1.107-2 &  1.011-2 &  8.286-3 &  7.551-3 &  6.808-3 &  5.308-3 &  3.391-3 \\
  5 &  9 &  7.814-2 &  7.932-2 &  8.151-2 &  8.069-2 &  7.865-2 &  7.102-2 &  5.852-2 &  5.493-2 &  5.238-2 &  5.039-2 &  5.194-2 \\
  5 & 10 &  2.484-3 &  2.534-3 &  2.448-3 &  2.233-3 &  1.953-3 &  1.353-3 &  7.392-4 &  5.830-4 &  4.598-4 &  2.863-4 &  1.493-4 \\
  5 & 11 &  9.987-3 &  9.158-3 &  7.908-3 &  7.041-3 &  6.043-3 &  4.064-3 &  2.137-3 &  1.659-3 &  1.288-3 &  7.837-4 &  4.135-4 \\
& & & & & & & & & & & \\ \hline                                                                                                            
\end{tabular}                                                                                                                               
\newpage                                                                                                                                    
\begin{flushleft}                                                                                                                           
{\bf Table 3.} Effective Collision Strengths for Transitions in  Fe XI. ($a{\pm}b \equiv a{\times}10^{{\pm}b}$).                            
\newline                                                                                                                                    
\end{flushleft}                                                                                                                             
\begin{tabular}{rrlllllllllll} \hline                                                                                                       
 & & & & & & & & & & & \\                                                                                                                  
\multicolumn{2}{c}{Transition} & \multicolumn{11}{c}{Temperature (log T$_e$, K)}\\                                                          
 & & & & & & & & & & & \\ \hline                                                                                                           
 & & & & & & & & & & & \\                                                                                                                  
 $i$ & $j$ & 4.00 &        4.30 &        4.70 &        4.85 &     5.00 &     5.30 &     5.70 &     5.85 &     6.00 &     6.30 &     6.70 \\ 
 & & & & & & & & & & & \\ \hline                                                                                                           
 & & & & & & & & & & & \\                                                                                                                  
  5 & 12 &  1.620-2 &  1.482-2 &  1.229-2 &  1.079-2 &  9.145-3 &  5.991-3 &  2.991-3 &  2.258-3 &  1.697-3 &  9.510-4 &  4.345-4 \\
  5 & 13 &  1.134-2 &  1.102-2 &  9.775-3 &  8.749-3 &  7.534-3 &  5.037-3 &  2.512-3 &  1.880-3 &  1.393-3 &  7.521-4 &  3.232-4 \\
  5 & 14 &  1.087-2 &  1.134-2 &  1.059-2 &  9.532-3 &  8.233-3 &  5.525-3 &  2.779-3 &  2.090-3 &  1.559-3 &  8.550-4 &  3.773-4 \\
  5 & 15 &  3.791-2 &  3.447-2 &  2.476-2 &  2.089-2 &  1.722-2 &  1.100-2 &  5.520-3 &  4.202-3 &  3.189-3 &  1.827-3 &  8.569-4 \\
  5 & 16 &  3.686-2 &  3.427-2 &  2.534-2 &  2.175-2 &  1.825-2 &  1.197-2 &  6.100-3 &  4.651-3 &  3.531-3 &  2.029-3 &  9.784-4 \\
  5 & 17 &  2.650-2 &  2.333-2 &  1.687-2 &  1.439-2 &  1.198-2 &  7.770-3 &  4.004-3 &  3.108-3 &  2.430-3 &  1.553-3 &  9.944-4 \\
  5 & 18 &  7.470-2 &  5.137-2 &  3.274-2 &  2.751-2 &  2.282-2 &  1.497-2 &  7.916-3 &  6.172-3 &  4.807-3 &  2.910-3 &  1.462-3 \\
  5 & 19 &  5.000-2 &  4.155-2 &  3.405-2 &  3.076-2 &  2.710-2 &  1.957-2 &  1.153-2 &  9.373-3 &  7.628-3 &  5.091-3 &  3.021-3 \\
  5 & 20 &  3.278-2 &  3.467-2 &  3.439-2 &  3.261-2 &  2.995-2 &  2.325-2 &  1.496-2 &  1.252-2 &  1.045-2 &  7.165-3 &  4.078-3 \\
  5 & 21 &  8.807-4 &  1.034-3 &  1.078-3 &  9.947-4 &  8.729-4 &  5.934-4 &  2.969-4 &  2.220-4 &  1.644-4 &  8.860-5 &  3.818-5 \\
  5 & 22 &  1.854-2 &  1.739-2 &  1.434-2 &  1.259-2 &  1.073-2 &  7.159-3 &  3.668-3 &  2.802-3 &  2.140-3 &  1.282-3 &  7.392-4 \\
  5 & 23 &  1.567-2 &  1.625-2 &  1.410-2 &  1.241-2 &  1.054-2 &  6.930-3 &  3.432-3 &  2.567-3 &  1.904-3 &  1.031-3 &  4.461-4 \\
  5 & 24 &  9.431-3 &  9.702-3 &  8.324-3 &  7.376-3 &  6.326-3 &  4.234-3 &  2.113-3 &  1.578-3 &  1.165-3 &  6.209-4 &  2.607-4 \\
  5 & 25 &  2.446-2 &  2.358-2 &  1.844-2 &  1.603-2 &  1.355-2 &  8.910-3 &  4.433-3 &  3.327-3 &  2.478-3 &  1.359-3 &  6.044-4 \\
  5 & 26 &  4.953-2 &  4.932-2 &  4.027-2 &  3.581-2 &  3.117-2 &  2.221-2 &  1.297-2 &  1.047-2 &  8.417-3 &  5.358-3 &  2.775-3 \\
  5 & 27 &  1.564-2 &  1.382-2 &  1.208-2 &  1.119-2 &  1.013-2 &  7.781-3 &  5.135-3 &  4.407-3 &  3.814-3 &  2.951-3 &  2.267-3 \\
  5 & 28 &  1.477-2 &  1.411-2 &  1.530-2 &  1.487-2 &  1.394-2 &  1.142-2 &  8.285-3 &  7.308-3 &  6.415-3 &  4.798-3 &  2.952-3 \\
  5 & 29 &  4.177-2 &  4.741-2 &  5.465-2 &  5.362-2 &  5.066-2 &  4.162-2 &  2.935-2 &  2.550-2 &  2.208-2 &  1.630-2 &  1.036-2 \\
  5 & 30 &  2.150-2 &  2.500-2 &  2.865-2 &  2.784-2 &  2.599-2 &  2.076-2 &  1.401-2 &  1.196-2 &  1.016-2 &  7.180-3 &  4.183-3 \\
  5 & 31 &  5.314-2 &  6.678-2 &  7.879-2 &  7.753-2 &  7.361-2 &  6.154-2 &  4.476-2 &  3.927-2 &  3.422-2 &  2.519-2 &  1.524-2 \\
  5 & 32 &  3.109-2 &  3.723-2 &  4.527-2 &  4.442-2 &  4.180-2 &  3.423-2 &  2.472-2 &  2.180-2 &  1.916-2 &  1.448-2 &  9.279-3 \\
  5 & 33 &  2.023-2 &  2.395-2 &  2.690-2 &  2.584-2 &  2.390-2 &  1.878-2 &  1.241-2 &  1.051-2 &  8.857-3 &  6.143-3 &  3.485-3 \\
  5 & 34 &  5.339-2 &  8.415-2 &  1.006-1 &  9.555-2 &  8.725-2 &  6.794-2 &  4.651-2 &  4.030-2 &  3.483-2 &  2.545-2 &  1.537-2 \\
  5 & 35 &  3.369-2 &  4.107-2 &  4.126-2 &  3.811-2 &  3.407-2 &  2.528-2 &  1.558-2 &  1.285-2 &  1.057-2 &  7.000-3 &  3.771-3 \\
  5 & 36 &  1.460-1 &  1.267-1 &  1.063-1 &  9.850-2 &  8.951-2 &  6.968-2 &  4.847-2 &  4.333-2 &  3.967-2 &  3.607-2 &  3.632-2 \\
  5 & 37 &  1.007-2 &  9.865-3 &  8.928-3 &  8.259-3 &  7.514-3 &  6.122-3 &  4.933-3 &  4.692-3 &  4.543-3 &  4.467-3 &  4.673-3 \\
  5 & 38 &  2.102-2 &  1.912-2 &  1.482-2 &  1.276-2 &  1.062-2 &  6.759-3 &  3.322-3 &  2.510-3 &  1.891-3 &  1.069-3 &  4.957-4 \\
  5 & 39 &  2.652-2 &  2.637-2 &  2.162-2 &  1.911-2 &  1.644-2 &  1.142-2 &  6.718-3 &  5.557-3 &  4.647-3 &  3.382-3 &  2.424-3 \\
  5 & 40 &  5.823-3 &  6.189-3 &  5.811-3 &  5.345-3 &  4.760-3 &  3.535-3 &  2.266-3 &  1.914-3 &  1.612-3 &  1.118-3 &  6.335-4 \\
  5 & 41 &  2.239-1 &  2.068-1 &  1.912-1 &  1.863-1 &  1.819-1 &  1.761-1 &  1.782-1 &  1.823-1 &  1.885-1 &  2.069-1 &  2.402-1 \\
  5 & 42 &  5.228-2 &  4.182-2 &  3.144-2 &  2.719-2 &  2.286-2 &  1.510-2 &  8.176-3 &  6.490-3 &  5.162-3 &  3.274-3 &  1.772-3 \\
  5 & 43 &  3.519-2 &  3.799-2 &  3.379-2 &  2.985-2 &  2.533-2 &  1.673-2 &  8.892-3 &  6.991-3 &  5.503-3 &  3.405-3 &  1.751-3 \\
  5 & 44 &  3.039-2 &  3.232-2 &  3.123-2 &  2.969-2 &  2.790-2 &  2.463-2 &  2.236-2 &  2.218-2 &  2.235-2 &  2.359-2 &  2.723-2 \\
  5 & 45 &  1.894-1 &  1.506-1 &  1.114-1 &  9.478-2 &  7.821-2 &  4.978-2 &  2.592-2 &  2.039-2 &  1.616-2 &  1.036-2 &  5.853-3 \\
  5 & 46 &  1.517-1 &  1.338-1 &  9.426-2 &  7.846-2 &  6.446-2 &  4.366-2 &  2.867-2 &  2.558-2 &  2.338-2 &  2.082-2 &  1.897-2 \\
  5 & 47 &  2.197-0 &  2.220-0 &  2.248-0 &  2.262-0 &  2.283-0 &  2.352-0 &  2.536-0 &  2.641-0 &  2.773-0 &  3.120-0 &  3.717-0 \\
  5 & 48 &  3.922-3 &  3.919-3 &  3.894-3 &  3.881-3 &  3.863-3 &  3.794-3 &  3.598-3 &  3.494-3 &  3.372-3 &  3.074-3 &  2.563-3 \\
  6 &  7 &  3.545-1 &  3.515-1 &  3.428-1 &  3.378-1 &  3.322-1 &  3.194-1 &  2.985-1 &  2.896-1 &  2.803-1 &  2.613-1 &  2.373-1 \\
  6 &  8 &  1.139-1 &  1.141-1 &  1.131-1 &  1.142-1 &  1.165-1 &  1.194-1 &  1.135-1 &  1.099-1 &  1.064-1 &  1.006-1 &  9.470-2 \\
  6 &  9 &  8.704-2 &  8.769-2 &  8.269-2 &  8.086-2 &  7.861-2 &  7.119-2 &  5.615-2 &  4.998-2 &  4.388-2 &  3.243-2 &  2.000-2 \\
  6 & 10 &  3.241-3 &  3.059-3 &  2.557-3 &  2.286-3 &  2.004-3 &  1.476-3 &  9.504-4 &  8.130-4 &  7.031-4 &  5.465-4 &  4.223-4 \\
  6 & 11 &  1.878-2 &  1.521-2 &  1.084-2 &  9.277-3 &  7.829-3 &  5.402-3 &  3.202-3 &  2.644-3 &  2.199-3 &  1.560-3 &  1.050-3 \\
  6 & 12 &  3.435-2 &  2.986-2 &  2.264-2 &  1.951-2 &  1.649-2 &  1.130-2 &  6.537-3 &  5.319-3 &  4.337-3 &  2.900-3 &  1.703-3 \\
  6 & 13 &  4.835-2 &  4.200-2 &  3.250-2 &  2.824-2 &  2.406-2 &  1.678-2 &  1.002-2 &  8.246-3 &  6.786-3 &  4.570-3 &  2.639-3 \\
  6 & 14 &  3.824-2 &  4.015-2 &  3.545-2 &  3.173-2 &  2.773-2 &  2.027-2 &  1.290-2 &  1.087-2 &  9.152-3 &  6.431-3 &  3.906-3 \\
  6 & 15 &  5.590-2 &  4.368-2 &  3.182-2 &  2.805-2 &  2.454-2 &  1.832-2 &  1.211-2 &  1.042-2 &  9.013-3 &  6.906-3 &  5.164-3 \\
  6 & 16 &  5.880-2 &  4.856-2 &  3.777-2 &  3.442-2 &  3.131-2 &  2.565-2 &  1.945-2 &  1.760-2 &  1.601-2 &  1.348-2 &  1.124-2 \\
& & & & & & & & & & & \\ \hline                                                                                                            
\end{tabular}                                                                                                                               
\newpage                                                                                                                                    
\begin{flushleft}                                                                                                                           
{\bf Table 3.} Effective Collision Strengths for Transitions in  Fe XI. ($a{\pm}b \equiv a{\times}10^{{\pm}b}$).                            
\newline                                                                                                                                    
\end{flushleft}                                                                                                                             
\begin{tabular}{rrlllllllllll} \hline                                                                                                       
 & & & & & & & & & & & \\                                                                                                                  
\multicolumn{2}{c}{Transition} & \multicolumn{11}{c}{Temperature (log T$_e$, K)}\\                                                          
 & & & & & & & & & & & \\ \hline                                                                                                           
 & & & & & & & & & & & \\                                                                                                                  
 $i$ & $j$ & 4.00 &        4.30 &        4.70 &        4.85 &     5.00 &     5.30 &     5.70 &     5.85 &     6.00 &     6.30 &     6.70 \\ 
 & & & & & & & & & & & \\ \hline                                                                                                           
 & & & & & & & & & & & \\                                                                                                                  
  6 & 17 &  1.570-2 &  1.402-2 &  1.084-2 &  9.576-3 &  8.388-3 &  6.253-3 &  3.984-3 &  3.334-3 &  2.786-3 &  1.948-3 &  1.228-3 \\
  6 & 18 &  2.559-2 &  2.162-2 &  1.642-2 &  1.488-2 &  1.359-2 &  1.105-2 &  7.421-3 &  6.210-3 &  5.144-3 &  3.448-3 &  1.969-3 \\
  6 & 19 &  3.238-2 &  3.180-2 &  2.565-2 &  2.332-2 &  2.127-2 &  1.739-2 &  1.242-2 &  1.082-2 &  9.416-3 &  7.175-3 &  5.182-3 \\
  6 & 20 &  4.941-2 &  5.118-2 &  4.571-2 &  4.329-2 &  4.108-2 &  3.667-2 &  3.074-2 &  2.878-2 &  2.704-2 &  2.423-2 &  2.164-2 \\
  6 & 21 &  3.821-3 &  3.917-3 &  3.562-3 &  3.288-3 &  2.986-3 &  2.358-3 &  1.591-3 &  1.351-3 &  1.139-3 &  7.902-4 &  4.569-4 \\
  6 & 22 &  1.791-2 &  1.610-2 &  1.347-2 &  1.277-2 &  1.214-2 &  1.047-2 &  7.547-3 &  6.487-3 &  5.508-3 &  3.836-3 &  2.231-3 \\
  6 & 23 &  1.991-2 &  1.908-2 &  1.657-2 &  1.580-2 &  1.504-2 &  1.291-2 &  9.182-3 &  7.857-3 &  6.649-3 &  4.635-3 &  2.777-3 \\
  6 & 24 &  2.792-2 &  2.612-2 &  2.170-2 &  2.017-2 &  1.875-2 &  1.574-2 &  1.142-2 &  9.906-3 &  8.496-3 &  6.052-3 &  3.680-3 \\
  6 & 25 &  2.230-2 &  2.334-2 &  2.185-2 &  2.125-2 &  2.051-2 &  1.788-2 &  1.305-2 &  1.131-2 &  9.700-3 &  6.913-3 &  4.119-3 \\
  6 & 26 &  1.380-2 &  1.141-2 &  8.918-3 &  8.426-3 &  7.985-3 &  6.774-3 &  4.732-3 &  4.022-3 &  3.377-3 &  2.292-3 &  1.253-3 \\
  6 & 27 &  7.022-3 &  6.218-3 &  5.777-3 &  5.722-3 &  5.587-3 &  4.980-3 &  3.870-3 &  3.475-3 &  3.110-3 &  2.484-3 &  1.870-3 \\
  6 & 28 &  2.417-3 &  2.118-3 &  1.930-3 &  1.902-3 &  1.861-3 &  1.706-3 &  1.459-3 &  1.385-3 &  1.325-3 &  1.248-3 &  1.205-3 \\
  6 & 29 &  8.409-3 &  8.129-3 &  8.027-3 &  7.948-3 &  7.749-3 &  6.966-3 &  5.530-3 &  4.980-3 &  4.444-3 &  3.448-3 &  2.379-3 \\
  6 & 30 &  5.542-3 &  5.524-3 &  5.529-3 &  5.491-3 &  5.359-3 &  4.782-3 &  3.707-3 &  3.302-3 &  2.913-3 &  2.208-3 &  1.480-3 \\
  6 & 31 &  1.725-2 &  1.750-2 &  1.821-2 &  1.811-2 &  1.771-2 &  1.632-2 &  1.445-2 &  1.391-2 &  1.349-2 &  1.291-2 &  1.249-2 \\
  6 & 32 &  5.953-3 &  5.574-3 &  5.297-3 &  5.249-3 &  5.144-3 &  4.707-3 &  3.973-3 &  3.738-3 &  3.540-3 &  3.251-3 &  3.028-3 \\
  6 & 33 &  8.733-3 &  9.027-3 &  1.016-2 &  1.033-2 &  1.017-2 &  9.100-3 &  7.366-3 &  6.828-3 &  6.373-3 &  5.687-3 &  5.140-3 \\
  6 & 34 &  6.074-3 &  6.261-3 &  6.160-3 &  6.054-3 &  5.868-3 &  5.250-3 &  4.304-3 &  4.008-3 &  3.758-3 &  3.379-3 &  3.052-3 \\
  6 & 35 &  1.238-2 &  1.370-2 &  1.538-2 &  1.515-2 &  1.447-2 &  1.250-2 &  1.009-2 &  9.413-3 &  8.864-3 &  8.089-3 &  7.551-3 \\
  6 & 36 &  7.007-3 &  6.946-3 &  7.120-3 &  6.988-3 &  6.681-3 &  5.737-3 &  4.380-3 &  3.916-3 &  3.482-3 &  2.708-3 &  1.911-3 \\
  6 & 37 &  1.341-2 &  1.486-2 &  1.611-2 &  1.559-2 &  1.463-2 &  1.217-2 &  9.116-3 &  8.121-3 &  7.188-3 &  5.488-3 &  3.604-3 \\
  6 & 38 &  7.551-2 &  8.798-2 &  7.720-2 &  6.921-2 &  6.122-2 &  4.769-2 &  3.562-2 &  3.233-2 &  2.943-2 &  2.441-2 &  1.877-2 \\
  6 & 39 &  3.087-2 &  3.124-2 &  2.540-2 &  2.263-2 &  2.002-2 &  1.568-2 &  1.166-2 &  1.053-2 &  9.546-3 &  7.868-3 &  6.060-3 \\
  6 & 40 &  1.182-2 &  1.044-2 &  7.993-3 &  7.100-3 &  6.320-3 &  5.142-3 &  4.176-3 &  3.916-3 &  3.684-3 &  3.269-3 &  2.826-3 \\
  6 & 41 &  1.750-2 &  1.754-2 &  1.462-2 &  1.320-2 &  1.178-2 &  9.044-3 &  6.052-3 &  5.196-3 &  4.473-3 &  3.351-3 &  2.329-3 \\
  6 & 42 &  5.833-2 &  5.399-2 &  4.770-2 &  4.559-2 &  4.367-2 &  4.030-2 &  3.613-2 &  3.446-2 &  3.269-2 &  2.889-2 &  2.370-2 \\
  6 & 43 &  3.175-2 &  2.802-2 &  2.386-2 &  2.258-2 &  2.143-2 &  1.951-2 &  1.730-2 &  1.646-2 &  1.559-2 &  1.378-2 &  1.137-2 \\
  6 & 44 &  1.285-2 &  1.234-2 &  1.146-2 &  1.108-2 &  1.067-2 &  9.846-3 &  8.648-3 &  8.147-3 &  7.614-3 &  6.488-3 &  5.033-3 \\
  6 & 45 &  1.494-2 &  1.353-2 &  1.131-2 &  1.047-2 &  9.694-3 &  8.340-3 &  6.816-3 &  6.270-3 &  5.725-3 &  4.666-3 &  3.444-3 \\
  6 & 46 &  2.231-2 &  2.145-2 &  2.009-2 &  1.950-2 &  1.887-2 &  1.743-2 &  1.491-2 &  1.373-2 &  1.244-2 &  9.655-3 &  6.134-3 \\
  6 & 47 &  8.890-3 &  8.964-3 &  8.693-3 &  8.451-3 &  8.125-3 &  7.285-3 &  5.941-3 &  5.379-3 &  4.792-3 &  3.593-3 &  2.154-3 \\
  6 & 48 &  1.510-2 &  1.510-2 &  1.500-2 &  1.493-2 &  1.484-2 &  1.455-2 &  1.362-2 &  1.301-2 &  1.221-2 &  1.008-2 &  6.705-3 \\
  7 &  8 &  7.055-2 &  6.978-2 &  6.816-2 &  6.797-2 &  6.806-2 &  6.674-2 &  5.836-2 &  5.369-2 &  4.852-2 &  3.747-2 &  2.347-2 \\
  7 &  9 &  6.537-2 &  6.740-2 &  6.552-2 &  6.500-2 &  6.416-2 &  5.971-2 &  4.771-2 &  4.248-2 &  3.735-2 &  2.803-2 &  1.830-2 \\
  7 & 10 &  8.955-3 &  6.571-3 &  4.364-3 &  3.685-3 &  3.088-3 &  2.134-3 &  1.284-3 &  1.060-3 &  8.738-4 &  5.852-4 &  3.235-4 \\
  7 & 11 &  2.332-2 &  1.758-2 &  1.195-2 &  1.013-2 &  8.500-3 &  5.861-3 &  3.501-3 &  2.885-3 &  2.376-3 &  1.602-3 &  9.249-4 \\
  7 & 12 &  2.123-2 &  1.809-2 &  1.382-2 &  1.202-2 &  1.028-2 &  7.216-3 &  4.298-3 &  3.518-3 &  2.873-3 &  1.890-3 &  1.031-3 \\
  7 & 13 &  1.590-2 &  1.599-2 &  1.352-2 &  1.195-2 &  1.031-2 &  7.276-3 &  4.312-3 &  3.521-3 &  2.870-3 &  1.889-3 &  1.045-3 \\
  7 & 14 &  1.210-2 &  1.292-2 &  1.156-2 &  1.039-2 &  9.106-3 &  6.620-3 &  4.061-3 &  3.353-3 &  2.760-3 &  1.843-3 &  1.023-3 \\
  7 & 15 &  2.948-2 &  2.426-2 &  1.912-2 &  1.750-2 &  1.596-2 &  1.312-2 &  9.991-3 &  9.050-3 &  8.230-3 &  6.900-3 &  5.666-3 \\
  7 & 16 &  1.700-2 &  1.526-2 &  1.225-2 &  1.110-2 &  9.956-3 &  7.699-3 &  5.031-3 &  4.222-3 &  3.521-3 &  2.408-3 &  1.401-3 \\
  7 & 17 &  2.235-2 &  1.855-2 &  1.350-2 &  1.194-2 &  1.062-2 &  8.481-3 &  6.421-3 &  5.840-3 &  5.345-3 &  4.571-3 &  3.895-3 \\
  7 & 18 &  1.513-2 &  1.371-2 &  1.134-2 &  1.051-2 &  9.747-3 &  8.268-3 &  6.338-3 &  5.708-3 &  5.149-3 &  4.240-3 &  3.390-3 \\
  7 & 19 &  2.679-2 &  2.613-2 &  2.321-2 &  2.205-2 &  2.096-2 &  1.883-2 &  1.606-2 &  1.515-2 &  1.435-2 &  1.307-2 &  1.190-2 \\
  7 & 20 &  1.760-2 &  1.672-2 &  1.308-2 &  1.176-2 &  1.058-2 &  8.360-3 &  5.575-3 &  4.685-3 &  3.902-3 &  2.645-3 &  1.531-3 \\
  7 & 21 &  2.764-3 &  2.757-3 &  2.402-3 &  2.239-3 &  2.082-3 &  1.715-3 &  1.142-3 &  9.491-4 &  7.789-4 &  5.073-4 &  2.656-4 \\
  7 & 22 &  1.164-2 &  1.077-2 &  8.805-3 &  8.210-3 &  7.676-3 &  6.407-3 &  4.388-3 &  3.705-3 &  3.104-3 &  2.163-3 &  1.397-3 \\
& & & & & & & & & & & \\ \hline                                                                                                            
\end{tabular}                                                                                                                               
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{\bf Table 3.} Effective Collision Strengths for Transitions in  Fe XI. ($a{\pm}b \equiv a{\times}10^{{\pm}b}$).                            
\newline                                                                                                                                    
\end{flushleft}                                                                                                                             
\begin{tabular}{rrlllllllllll} \hline                                                                                                       
 & & & & & & & & & & & \\                                                                                                                  
\multicolumn{2}{c}{Transition} & \multicolumn{11}{c}{Temperature (log T$_e$, K)}\\                                                          
 & & & & & & & & & & & \\ \hline                                                                                                           
 & & & & & & & & & & & \\                                                                                                                  
 $i$ & $j$ & 4.00 &        4.30 &        4.70 &        4.85 &     5.00 &     5.30 &     5.70 &     5.85 &     6.00 &     6.30 &     6.70 \\ 
 & & & & & & & & & & & \\ \hline                                                                                                           
 & & & & & & & & & & & \\                                                                                                                  
  7 & 23 &  1.410-2 &  1.343-2 &  1.144-2 &  1.068-2 &  9.959-3 &  8.427-3 &  6.207-3 &  5.410-3 &  4.656-3 &  3.301-3 &  1.886-3 \\
  7 & 24 &  1.386-2 &  1.307-2 &  1.087-2 &  1.019-2 &  9.582-3 &  8.180-3 &  5.881-3 &  5.060-3 &  4.307-3 &  3.045-3 &  1.896-3 \\
  7 & 25 &  1.448-2 &  1.685-2 &  1.504-2 &  1.375-2 &  1.243-2 &  9.796-3 &  6.654-3 &  5.669-3 &  4.788-3 &  3.304-3 &  1.854-3 \\
  7 & 26 &  7.999-3 &  6.700-3 &  5.379-3 &  5.123-3 &  4.886-3 &  4.175-3 &  2.909-3 &  2.464-3 &  2.061-3 &  1.389-3 &  7.517-4 \\
  7 & 27 &  6.243-3 &  5.805-3 &  5.611-3 &  5.602-3 &  5.529-3 &  5.128-3 &  4.403-3 &  4.171-3 &  3.975-3 &  3.693-3 &  3.430-3 \\
  7 & 28 &  1.854-3 &  1.481-3 &  1.188-3 &  1.127-3 &  1.060-3 &  8.609-4 &  5.530-4 &  4.549-4 &  3.705-4 &  2.388-4 &  1.246-4 \\
  7 & 29 &  1.089-2 &  1.084-2 &  1.098-2 &  1.100-2 &  1.093-2 &  1.048-2 &  9.660-3 &  9.407-3 &  9.206-3 &  8.962-3 &  8.848-3 \\
  7 & 30 &  4.071-3 &  4.147-3 &  4.216-3 &  4.218-3 &  4.155-3 &  3.784-3 &  3.032-3 &  2.748-3 &  2.479-3 &  1.996-3 &  1.494-3 \\
  7 & 31 &  7.538-3 &  7.855-3 &  8.341-3 &  8.255-3 &  7.962-3 &  6.914-3 &  5.193-3 &  4.566-3 &  3.965-3 &  2.865-3 &  1.696-3 \\
  7 & 32 &  4.110-3 &  3.821-3 &  3.605-3 &  3.617-3 &  3.575-3 &  3.173-3 &  2.333-3 &  2.054-3 &  1.815-3 &  1.458-3 &  1.172-3 \\
  7 & 33 &  5.058-3 &  5.198-3 &  5.871-3 &  5.921-3 &  5.747-3 &  4.896-3 &  3.550-3 &  3.127-3 &  2.764-3 &  2.200-3 &  1.719-3 \\
  7 & 34 &  5.492-3 &  5.576-3 &  5.404-3 &  5.337-3 &  5.232-3 &  4.851-3 &  4.229-3 &  4.040-3 &  3.891-3 &  3.700-3 &  3.573-3 \\
  7 & 35 &  7.877-3 &  9.101-3 &  1.072-2 &  1.057-2 &  1.004-2 &  8.430-3 &  6.363-3 &  5.750-3 &  5.226-3 &  4.409-3 &  3.697-3 \\
  7 & 36 &  6.562-3 &  6.391-3 &  6.431-3 &  6.352-3 &  6.140-3 &  5.402-3 &  4.221-3 &  3.794-3 &  3.384-3 &  2.636-3 &  1.835-3 \\
  7 & 37 &  8.547-3 &  9.995-3 &  1.182-2 &  1.154-2 &  1.076-2 &  8.572-3 &  5.915-3 &  5.117-3 &  4.411-3 &  3.224-3 &  2.030-3 \\
  7 & 38 &  2.088-2 &  2.526-2 &  2.332-2 &  2.113-2 &  1.881-2 &  1.475-2 &  1.105-2 &  1.004-2 &  9.154-3 &  7.635-3 &  5.967-3 \\
  7 & 39 &  2.790-2 &  2.968-2 &  2.662-2 &  2.452-2 &  2.231-2 &  1.814-2 &  1.376-2 &  1.246-2 &  1.130-2 &  9.268-3 &  6.959-3 \\
  7 & 40 &  5.948-3 &  5.947-3 &  4.977-3 &  4.416-3 &  3.859-3 &  2.912-3 &  2.052-3 &  1.814-3 &  1.605-3 &  1.247-3 &  8.608-4 \\
  7 & 41 &  1.992-2 &  2.213-2 &  2.070-2 &  1.929-2 &  1.767-2 &  1.406-2 &  9.620-3 &  8.306-3 &  7.197-3 &  5.492-3 &  3.965-3 \\
  7 & 42 &  3.023-2 &  2.601-2 &  2.116-2 &  1.968-2 &  1.839-2 &  1.633-2 &  1.422-2 &  1.349-2 &  1.276-2 &  1.129-2 &  9.381-3 \\
  7 & 43 &  1.888-2 &  1.762-2 &  1.522-2 &  1.426-2 &  1.335-2 &  1.174-2 &  9.878-3 &  9.193-3 &  8.493-3 &  7.058-3 &  5.211-3 \\
  7 & 44 &  1.519-2 &  1.508-2 &  1.440-2 &  1.402-2 &  1.362-2 &  1.284-2 &  1.191-2 &  1.157-2 &  1.122-2 &  1.049-2 &  9.572-3 \\
  7 & 45 &  1.298-2 &  1.147-2 &  9.336-3 &  8.529-3 &  7.770-3 &  6.446-3 &  4.980-3 &  4.464-3 &  3.956-3 &  2.984-3 &  1.896-3 \\
  7 & 46 &  1.753-2 &  1.649-2 &  1.505-2 &  1.450-2 &  1.394-2 &  1.275-2 &  1.077-2 &  9.873-3 &  8.892-3 &  6.794-3 &  4.156-3 \\
  7 & 47 &  9.844-3 &  9.872-3 &  9.454-3 &  9.143-3 &  8.714-3 &  7.614-3 &  6.006-3 &  5.401-3 &  4.798-3 &  3.626-3 &  2.268-3 \\
  7 & 48 &  2.772-2 &  2.782-2 &  2.794-2 &  2.802-2 &  2.813-2 &  2.850-2 &  2.933-2 &  2.975-2 &  3.025-2 &  3.160-2 &  3.404-2 \\
  8 &  9 &  2.025-2 &  2.009-2 &  1.837-2 &  1.758-2 &  1.673-2 &  1.479-2 &  1.172-2 &  1.049-2 &  9.248-3 &  6.848-3 &  4.095-3 \\
  8 & 10 &  9.395-4 &  9.664-4 &  8.820-4 &  8.065-4 &  7.204-4 &  5.436-4 &  3.457-4 &  2.878-4 &  2.382-4 &  1.598-4 &  8.980-5 \\
  8 & 11 &  3.004-3 &  2.891-3 &  2.500-3 &  2.272-3 &  2.024-3 &  1.531-3 &  9.929-4 &  8.346-4 &  6.969-4 &  4.726-4 &  2.605-4 \\
  8 & 12 &  4.130-3 &  3.929-3 &  3.531-3 &  3.301-3 &  3.019-3 &  2.366-3 &  1.571-3 &  1.333-3 &  1.128-3 &  8.006-4 &  4.952-4 \\
  8 & 13 &  4.397-3 &  4.203-3 &  3.669-3 &  3.341-3 &  2.973-3 &  2.225-3 &  1.412-3 &  1.179-3 &  9.812-4 &  6.669-4 &  3.745-4 \\
  8 & 14 &  2.326-3 &  2.304-3 &  1.882-3 &  1.646-3 &  1.405-3 &  9.580-4 &  5.166-4 &  4.022-4 &  3.115-4 &  1.855-4 &  9.329-5 \\
  8 & 15 &  4.800-3 &  4.196-3 &  3.073-3 &  2.665-3 &  2.293-3 &  1.649-3 &  9.930-4 &  8.131-4 &  6.665-4 &  4.551-4 &  2.907-4 \\
  8 & 16 &  4.978-3 &  4.672-3 &  3.932-3 &  3.618-3 &  3.304-3 &  2.675-3 &  1.894-3 &  1.636-3 &  1.400-3 &  9.889-4 &  5.673-4 \\
  8 & 17 &  6.772-3 &  5.665-3 &  3.938-3 &  3.392-3 &  2.922-3 &  2.164-3 &  1.420-3 &  1.200-3 &  1.006-3 &  6.858-4 &  3.778-4 \\
  8 & 18 &  1.192-2 &  1.108-2 &  1.001-2 &  9.630-3 &  9.275-3 &  8.596-3 &  7.766-3 &  7.502-3 &  7.271-3 &  6.908-3 &  6.585-3 \\
  8 & 19 &  4.604-3 &  4.111-3 &  3.428-3 &  3.160-3 &  2.890-3 &  2.298-3 &  1.493-3 &  1.237-3 &  1.015-3 &  6.652-4 &  3.550-4 \\
  8 & 20 &  4.798-3 &  4.978-3 &  4.372-3 &  3.948-3 &  3.508-3 &  2.666-3 &  1.733-3 &  1.454-3 &  1.212-3 &  8.231-4 &  4.745-4 \\
  8 & 21 &  1.671-3 &  1.619-3 &  1.211-3 &  1.075-3 &  9.627-4 &  7.547-4 &  4.782-4 &  3.903-4 &  3.149-4 &  1.993-4 &  1.022-4 \\
  8 & 22 &  5.266-3 &  4.939-3 &  4.206-3 &  3.922-3 &  3.631-3 &  2.987-3 &  2.097-3 &  1.798-3 &  1.525-3 &  1.056-3 &  5.900-4 \\
  8 & 23 &  5.377-3 &  5.475-3 &  4.753-3 &  4.455-3 &  4.133-3 &  3.282-3 &  1.999-3 &  1.602-3 &  1.276-3 &  8.240-4 &  5.453-4 \\
  8 & 24 &  4.532-3 &  4.829-3 &  4.151-3 &  3.774-3 &  3.416-3 &  2.759-3 &  1.984-3 &  1.726-3 &  1.485-3 &  1.055-3 &  6.024-4 \\
  8 & 25 &  3.312-3 &  3.129-3 &  2.929-3 &  2.860-3 &  2.756-3 &  2.386-3 &  1.726-3 &  1.489-3 &  1.269-3 &  8.862-4 &  5.005-4 \\
  8 & 26 &  5.656-3 &  3.935-3 &  2.544-3 &  2.290-3 &  2.101-3 &  1.711-3 &  1.135-3 &  9.456-4 &  7.803-4 &  5.187-4 &  2.892-4 \\
  8 & 27 &  1.195-3 &  9.374-4 &  7.630-4 &  7.304-4 &  6.880-4 &  5.458-4 &  3.230-4 &  2.551-4 &  1.991-4 &  1.183-4 &  5.695-5 \\
  8 & 28 &  9.144-4 &  6.669-4 &  5.480-4 &  5.611-4 &  5.679-4 &  4.959-4 &  3.036-4 &  2.391-4 &  1.853-4 &  1.085-4 &  5.208-5 \\
  8 & 29 &  1.951-3 &  1.971-3 &  2.057-3 &  2.067-3 &  2.034-3 &  1.824-3 &  1.385-3 &  1.216-3 &  1.052-3 &  7.507-4 &  4.285-4 \\
& & & & & & & & & & & \\ \hline                                                                                                            
\end{tabular}                                                                                                                               
\newpage                                                                                                                                    
\begin{flushleft}                                                                                                                           
{\bf Table 3.} Effective Collision Strengths for Transitions in  Fe XI. ($a{\pm}b \equiv a{\times}10^{{\pm}b}$).                            
\newline                                                                                                                                    
\end{flushleft}                                                                                                                             
\begin{tabular}{rrlllllllllll} \hline                                                                                                       
 & & & & & & & & & & & \\                                                                                                                  
\multicolumn{2}{c}{Transition} & \multicolumn{11}{c}{Temperature (log T$_e$, K)}\\                                                          
 & & & & & & & & & & & \\ \hline                                                                                                           
 & & & & & & & & & & & \\                                                                                                                  
 $i$ & $j$ & 4.00 &        4.30 &        4.70 &        4.85 &     5.00 &     5.30 &     5.70 &     5.85 &     6.00 &     6.30 &     6.70 \\ 
 & & & & & & & & & & & \\ \hline                                                                                                           
 & & & & & & & & & & & \\                                                                                                                  
  8 & 30 &  5.807-3 &  5.842-3 &  5.944-3 &  5.970-3 &  5.969-3 &  5.885-3 &  5.746-3 &  5.727-3 &  5.734-3 &  5.817-3 &  5.982-3 \\
  8 & 31 &  2.592-3 &  2.905-3 &  3.170-3 &  3.111-3 &  2.967-3 &  2.515-3 &  1.833-3 &  1.597-3 &  1.378-3 &  9.939-4 &  6.155-4 \\
  8 & 32 &  1.163-3 &  1.077-3 &  9.798-4 &  9.627-4 &  9.287-4 &  7.712-4 &  4.879-4 &  3.960-4 &  3.175-4 &  1.982-4 &  9.958-5 \\
  8 & 33 &  1.916-3 &  2.055-3 &  2.389-3 &  2.421-3 &  2.363-3 &  2.037-3 &  1.481-3 &  1.295-3 &  1.127-3 &  8.478-4 &  5.844-4 \\
  8 & 34 &  1.963-3 &  2.015-3 &  1.947-3 &  1.934-3 &  1.908-3 &  1.768-3 &  1.488-3 &  1.394-3 &  1.313-3 &  1.191-3 &  1.092-3 \\
  8 & 35 &  1.859-3 &  1.776-3 &  1.651-3 &  1.623-3 &  1.578-3 &  1.397-3 &  1.047-3 &  9.109-4 &  7.798-4 &  5.408-4 &  2.954-4 \\
  8 & 36 &  2.474-3 &  2.435-3 &  2.419-3 &  2.385-3 &  2.305-3 &  2.021-3 &  1.543-3 &  1.360-3 &  1.181-3 &  8.432-4 &  4.764-4 \\
  8 & 37 &  2.794-3 &  3.131-3 &  3.715-3 &  3.665-3 &  3.445-3 &  2.759-3 &  1.883-3 &  1.618-3 &  1.383-3 &  9.923-4 &  6.065-4 \\
  8 & 38 &  5.197-3 &  6.191-3 &  5.918-3 &  5.444-3 &  4.921-3 &  3.972-3 &  3.073-3 &  2.815-3 &  2.583-3 &  2.168-3 &  1.698-3 \\
  8 & 39 &  4.300-3 &  4.689-3 &  4.196-3 &  3.773-3 &  3.321-3 &  2.491-3 &  1.696-3 &  1.481-3 &  1.300-3 &  1.009-3 &  7.141-4 \\
  8 & 40 &  5.935-3 &  6.608-3 &  6.323-3 &  5.917-3 &  5.462-3 &  4.600-3 &  3.718-3 &  3.449-3 &  3.198-3 &  2.725-3 &  2.107-3 \\
  8 & 41 &  2.929-3 &  3.626-3 &  3.583-3 &  3.333-3 &  3.028-3 &  2.373-3 &  1.607-3 &  1.375-3 &  1.172-3 &  8.360-4 &  5.043-4 \\
  8 & 42 &  3.472-3 &  3.454-3 &  2.980-3 &  2.723-3 &  2.462-3 &  1.993-3 &  1.492-3 &  1.325-3 &  1.164-3 &  8.595-4 &  5.119-4 \\
  8 & 43 &  1.189-2 &  1.100-2 &  9.700-3 &  9.261-3 &  8.871-3 &  8.244-3 &  7.638-3 &  7.439-3 &  7.240-3 &  6.819-3 &  6.175-3 \\
  8 & 44 &  3.952-3 &  3.828-3 &  3.454-3 &  3.252-3 &  3.047-3 &  2.663-3 &  2.214-3 &  2.050-3 &  1.885-3 &  1.546-3 &  1.113-3 \\
  8 & 45 &  5.360-3 &  4.864-3 &  4.139-3 &  3.843-3 &  3.557-3 &  3.043-3 &  2.460-3 &  2.253-3 &  2.048-3 &  1.652-3 &  1.202-3 \\
  8 & 46 &  6.981-3 &  6.469-3 &  5.823-3 &  5.592-3 &  5.363-3 &  4.885-3 &  4.116-3 &  3.769-3 &  3.392-3 &  2.585-3 &  1.572-3 \\
  8 & 47 &  2.984-3 &  3.004-3 &  2.925-3 &  2.856-3 &  2.763-3 &  2.520-3 &  2.100-3 &  1.914-3 &  1.713-3 &  1.293-3 &  7.782-4 \\
  8 & 48 &  2.935-3 &  2.935-3 &  2.917-3 &  2.904-3 &  2.887-3 &  2.832-3 &  2.655-3 &  2.536-3 &  2.381-3 &  1.969-3 &  1.311-3 \\
  9 & 10 &  3.926-3 &  3.943-3 &  3.390-3 &  2.981-3 &  2.527-3 &  1.656-3 &  8.189-4 &  6.125-4 &  4.541-4 &  2.453-4 &  1.054-4 \\
  9 & 11 &  1.458-2 &  1.420-2 &  1.157-2 &  1.004-2 &  8.443-3 &  5.505-3 &  2.724-3 &  2.036-3 &  1.506-3 &  8.088-4 &  3.467-4 \\
  9 & 12 &  1.945-2 &  1.924-2 &  1.584-2 &  1.375-2 &  1.154-2 &  7.465-3 &  3.649-3 &  2.717-3 &  2.006-3 &  1.077-3 &  4.630-4 \\
  9 & 13 &  2.385-2 &  2.328-2 &  1.846-2 &  1.588-2 &  1.324-2 &  8.505-3 &  4.157-3 &  3.101-3 &  2.296-3 &  1.240-3 &  5.397-4 \\
  9 & 14 &  1.541-2 &  1.680-2 &  1.490-2 &  1.317-2 &  1.125-2 &  7.516-3 &  3.805-3 &  2.864-3 &  2.134-3 &  1.161-3 &  5.026-4 \\
  9 & 15 &  6.488-2 &  5.674-2 &  4.433-2 &  3.939-2 &  3.461-2 &  2.599-2 &  1.713-2 &  1.461-2 &  1.246-2 &  9.047-3 &  5.913-3 \\
  9 & 16 &  4.871-2 &  4.629-2 &  3.802-2 &  3.443-2 &  3.092-2 &  2.422-2 &  1.631-2 &  1.385-2 &  1.166-2 &  8.061-3 &  4.588-3 \\
  9 & 17 &  3.874-2 &  3.467-2 &  2.566-2 &  2.224-2 &  1.909-2 &  1.374-2 &  8.448-3 &  6.974-3 &  5.733-3 &  3.813-3 &  2.104-3 \\
  9 & 18 &  5.893-2 &  5.539-2 &  4.881-2 &  4.507-2 &  4.094-2 &  3.237-2 &  2.210-2 &  1.889-2 &  1.602-2 &  1.117-2 &  6.360-3 \\
  9 & 19 &  7.760-2 &  7.393-2 &  6.154-2 &  5.592-2 &  5.048-2 &  4.042-2 &  2.888-2 &  2.513-2 &  2.166-2 &  1.550-2 &  8.988-3 \\
  9 & 20 &  7.547-2 &  7.450-2 &  6.450-2 &  5.959-2 &  5.472-2 &  4.547-2 &  3.418-2 &  3.024-2 &  2.645-2 &  1.935-2 &  1.141-2 \\
  9 & 21 &  1.804-2 &  1.740-2 &  1.375-2 &  1.192-2 &  1.014-2 &  7.037-3 &  3.986-3 &  3.161-3 &  2.486-3 &  1.502-3 &  7.298-4 \\
  9 & 22 &  5.443-2 &  4.891-2 &  3.639-2 &  3.263-2 &  2.952-2 &  2.398-2 &  1.709-2 &  1.481-2 &  1.274-2 &  9.189-3 &  5.650-3 \\
  9 & 23 &  4.808-2 &  4.380-2 &  3.508-2 &  3.219-2 &  2.963-2 &  2.467-2 &  1.802-2 &  1.570-2 &  1.352-2 &  9.599-3 &  5.478-3 \\
  9 & 24 &  4.909-2 &  4.368-2 &  3.443-2 &  3.153-2 &  2.903-2 &  2.439-2 &  1.822-2 &  1.601-2 &  1.389-2 &  9.980-3 &  5.753-3 \\
  9 & 25 &  5.065-2 &  4.561-2 &  3.542-2 &  3.254-2 &  2.977-2 &  2.332-2 &  1.442-2 &  1.174-2 &  9.519-3 &  6.395-3 &  4.359-3 \\
  9 & 26 &  9.106-2 &  8.872-2 &  8.478-2 &  8.362-2 &  8.243-2 &  7.940-2 &  7.478-2 &  7.328-2 &  7.203-2 &  7.029-2 &  7.122-2 \\
  9 & 27 &  1.837-2 &  1.627-2 &  1.629-2 &  1.645-2 &  1.612-2 &  1.378-2 &  9.201-3 &  7.620-3 &  6.228-3 &  4.026-3 &  2.109-3 \\
  9 & 28 &  7.480-3 &  6.374-3 &  5.242-3 &  4.953-3 &  4.690-3 &  4.130-3 &  3.272-3 &  2.933-3 &  2.589-3 &  1.913-3 &  1.131-3 \\
  9 & 29 &  1.245-2 &  1.184-2 &  1.104-2 &  1.064-2 &  1.010-2 &  8.546-3 &  6.082-3 &  5.228-3 &  4.443-3 &  3.092-3 &  1.741-3 \\
  9 & 30 &  9.673-3 &  9.573-3 &  9.199-3 &  9.032-3 &  8.748-3 &  7.742-3 &  5.978-3 &  5.336-3 &  4.731-3 &  3.659-3 &  2.565-3 \\
  9 & 31 &  1.640-2 &  1.692-2 &  1.551-2 &  1.450-2 &  1.336-2 &  1.079-2 &  7.444-3 &  6.355-3 &  5.369-3 &  3.700-3 &  2.089-3 \\
  9 & 32 &  1.978-2 &  1.906-2 &  1.952-2 &  1.958-2 &  1.922-2 &  1.710-2 &  1.271-2 &  1.104-2 &  9.462-3 &  6.672-3 &  3.813-3 \\
  9 & 33 &  1.379-2 &  1.319-2 &  1.299-2 &  1.291-2 &  1.255-2 &  1.099-2 &  8.206-3 &  7.202-3 &  6.259-3 &  4.587-3 &  2.876-3 \\
  9 & 34 &  2.072-2 &  2.088-2 &  2.024-2 &  1.974-2 &  1.911-2 &  1.740-2 &  1.436-2 &  1.308-2 &  1.176-2 &  9.105-3 &  5.965-3 \\
  9 & 35 &  1.718-2 &  1.738-2 &  1.740-2 &  1.705-2 &  1.640-2 &  1.436-2 &  1.113-2 &  9.964-3 &  8.858-3 &  6.867-3 &  4.819-3 \\
  9 & 36 &  4.006-2 &  3.727-2 &  3.423-2 &  3.303-2 &  3.172-2 &  2.907-2 &  2.650-2 &  2.597-2 &  2.566-2 &  2.562-2 &  2.615-2 \\
  9 & 37 &  1.182-2 &  1.397-2 &  1.660-2 &  1.606-2 &  1.478-2 &  1.136-2 &  7.327-3 &  6.150-3 &  5.127-3 &  3.457-3 &  1.878-3 \\
& & & & & & & & & & & \\ \hline                                                                                                            
\end{tabular}                                                                                                                               
\newpage                                                                                                                                    
\begin{flushleft}                                                                                                                           
{\bf Table 3.} Effective Collision Strengths for Transitions in  Fe XI. ($a{\pm}b \equiv a{\times}10^{{\pm}b}$).                            
\newline                                                                                                                                    
\end{flushleft}                                                                                                                             
\begin{tabular}{rrlllllllllll} \hline                                                                                                       
 & & & & & & & & & & & \\                                                                                                                  
\multicolumn{2}{c}{Transition} & \multicolumn{11}{c}{Temperature (log T$_e$, K)}\\                                                          
 & & & & & & & & & & & \\ \hline                                                                                                           
 & & & & & & & & & & & \\                                                                                                                  
 $i$ & $j$ & 4.00 &        4.30 &        4.70 &        4.85 &     5.00 &     5.30 &     5.70 &     5.85 &     6.00 &     6.30 &     6.70 \\ 
 & & & & & & & & & & & \\ \hline                                                                                                           
 & & & & & & & & & & & \\                                                                                                                  
  9 & 38 &  3.375-2 &  3.882-2 &  3.503-2 &  3.142-2 &  2.757-2 &  2.049-2 &  1.343-2 &  1.140-2 &  9.623-3 &  6.663-3 &  3.761-3 \\
  9 & 39 &  1.317-1 &  1.668-1 &  1.988-1 &  2.003-1 &  1.947-1 &  1.620-1 &  1.002-1 &  8.022-2 &  6.355-2 &  3.951-2 &  2.135-2 \\
  9 & 40 &  6.322-3 &  6.985-3 &  6.151-3 &  5.504-3 &  4.827-3 &  3.583-3 &  2.326-3 &  1.963-3 &  1.645-3 &  1.120-3 &  6.171-4 \\
  9 & 41 &  2.359-1 &  3.772-1 &  4.977-1 &  5.061-1 &  4.938-1 &  4.101-1 &  2.519-1 &  2.013-1 &  1.593-1 &  9.914-2 &  5.385-2 \\
  9 & 42 &  8.056-2 &  5.631-2 &  3.440-2 &  2.884-2 &  2.439-2 &  1.799-2 &  1.254-2 &  1.093-2 &  9.453-3 &  6.786-3 &  3.928-3 \\
  9 & 43 &  3.100-2 &  2.747-2 &  2.152-2 &  1.945-2 &  1.760-2 &  1.457-2 &  1.157-2 &  1.060-2 &  9.677-3 &  7.937-3 &  5.947-3 \\
  9 & 44 &  4.588-2 &  4.823-2 &  4.210-2 &  3.924-2 &  3.604-2 &  2.825-2 &  1.768-2 &  1.448-2 &  1.179-2 &  7.759-3 &  4.398-3 \\
  9 & 45 &  7.718-2 &  6.092-2 &  4.558-2 &  4.115-2 &  3.739-2 &  3.185-2 &  2.762-2 &  2.665-2 &  2.589-2 &  2.477-2 &  2.339-2 \\
  9 & 46 &  3.999-2 &  4.036-2 &  3.845-2 &  3.752-2 &  3.663-2 &  3.500-2 &  3.295-2 &  3.212-2 &  3.122-2 &  2.920-2 &  2.551-2 \\
  9 & 47 &  2.039-1 &  2.049-1 &  1.820-1 &  1.679-1 &  1.495-1 &  1.059-1 &  5.690-2 &  4.416-2 &  3.422-2 &  2.074-2 &  1.104-2 \\
  9 & 48 &  1.707-0 &  1.716-0 &  1.733-0 &  1.743-0 &  1.757-0 &  1.804-0 &  1.918-0 &  1.984-0 &  2.067-0 &  2.289-0 &  2.677-0 \\
 10 & 11 &  2.361-1 &  2.345-1 &  2.278-1 &  2.245-1 &  2.208-1 &  2.087-1 &  1.795-1 &  1.651-1 &  1.492-1 &  1.150-1 &  7.139-2 \\
 10 & 12 &  7.615-2 &  7.796-2 &  7.767-2 &  7.816-2 &  7.880-2 &  7.790-2 &  7.232-2 &  7.012-2 &  6.821-2 &  6.555-2 &  6.358-2 \\
 10 & 13 &  3.138-2 &  3.232-2 &  3.146-2 &  3.191-2 &  3.259-2 &  3.189-2 &  2.558-2 &  2.256-2 &  1.952-2 &  1.383-2 &  7.778-3 \\
 10 & 14 &  2.567-2 &  2.856-2 &  2.947-2 &  2.974-2 &  3.016-2 &  2.944-2 &  2.402-2 &  2.141-2 &  1.881-2 &  1.405-2 &  9.338-3 \\
 10 & 15 &  2.549-2 &  2.248-2 &  1.932-2 &  1.880-2 &  1.838-2 &  1.690-2 &  1.349-2 &  1.205-2 &  1.059-2 &  7.780-3 &  4.659-3 \\
 10 & 16 &  1.342-2 &  1.235-2 &  1.132-2 &  1.132-2 &  1.134-2 &  1.081-2 &  8.796-3 &  7.867-3 &  6.914-3 &  5.050-3 &  2.937-3 \\
 10 & 17 &  2.384-2 &  2.118-2 &  1.907-2 &  1.911-2 &  1.917-2 &  1.800-2 &  1.416-2 &  1.252-2 &  1.091-2 &  7.887-3 &  4.576-3 \\
 10 & 18 &  2.457-2 &  2.515-2 &  2.426-2 &  2.347-2 &  2.254-2 &  2.039-2 &  1.702-2 &  1.563-2 &  1.416-2 &  1.114-2 &  7.413-3 \\
 10 & 19 &  1.250-2 &  1.277-2 &  1.210-2 &  1.164-2 &  1.111-2 &  9.881-3 &  8.027-3 &  7.282-3 &  6.514-3 &  4.951-3 &  3.039-3 \\
 10 & 20 &  2.301-3 &  2.420-3 &  2.016-3 &  1.776-3 &  1.520-3 &  1.027-3 &  5.346-4 &  4.094-4 &  3.117-4 &  1.798-4 &  8.850-5 \\
 10 & 21 &  8.333-4 &  9.232-4 &  8.069-4 &  7.132-4 &  6.120-4 &  4.195-4 &  2.291-4 &  1.795-4 &  1.399-4 &  8.343-5 &  4.017-5 \\
 10 & 22 &  2.514-2 &  2.348-2 &  2.028-2 &  1.906-2 &  1.789-2 &  1.569-2 &  1.281-2 &  1.167-2 &  1.049-2 &  8.048-3 &  4.994-3 \\
 10 & 23 &  1.432-3 &  1.493-3 &  1.295-3 &  1.150-3 &  9.856-4 &  6.555-4 &  3.259-4 &  2.438-4 &  1.809-4 &  9.811-5 &  4.305-5 \\
 10 & 24 &  1.057-3 &  9.542-4 &  7.401-4 &  6.471-4 &  5.500-4 &  3.625-4 &  1.784-4 &  1.329-4 &  9.812-5 &  5.257-5 &  2.236-5 \\
 10 & 25 &  7.424-4 &  6.852-4 &  5.697-4 &  5.157-4 &  4.529-4 &  3.136-4 &  1.593-4 &  1.192-4 &  8.816-5 &  4.706-5 &  1.980-5 \\
 10 & 26 &  2.601-3 &  2.230-3 &  1.685-3 &  1.510-3 &  1.353-3 &  1.091-3 &  8.426-4 &  7.742-4 &  7.156-4 &  6.153-4 &  4.893-4 \\
 10 & 27 &  9.705-3 &  9.769-3 &  1.074-2 &  1.070-2 &  1.034-2 &  9.078-3 &  7.041-3 &  6.253-3 &  5.463-3 &  3.934-3 &  2.232-3 \\
 10 & 28 &  2.589-3 &  2.254-3 &  1.966-3 &  1.869-3 &  1.771-3 &  1.562-3 &  1.251-3 &  1.122-3 &  9.866-4 &  7.169-4 &  4.122-4 \\
 10 & 29 &  2.575-3 &  2.469-3 &  2.372-3 &  2.308-3 &  2.224-3 &  2.018-3 &  1.690-3 &  1.549-3 &  1.400-3 &  1.082-3 &  6.763-4 \\
 10 & 30 &  5.460-3 &  5.552-3 &  5.582-3 &  5.494-3 &  5.359-3 &  4.991-3 &  4.355-3 &  4.078-3 &  3.790-3 &  3.198-3 &  2.440-3 \\
 10 & 31 &  4.469-4 &  3.893-4 &  3.318-4 &  2.963-4 &  2.542-4 &  1.687-4 &  8.524-5 &  6.475-5 &  4.901-5 &  2.804-5 &  1.349-5 \\
 10 & 32 &  2.407-3 &  2.186-3 &  1.926-3 &  1.822-3 &  1.713-3 &  1.487-3 &  1.176-3 &  1.054-3 &  9.296-4 &  6.826-4 &  3.988-4 \\
 10 & 33 &  6.937-3 &  7.510-3 &  8.169-3 &  8.079-3 &  7.819-3 &  6.999-3 &  5.614-3 &  5.036-3 &  4.436-3 &  3.236-3 &  1.866-3 \\
 10 & 34 &  3.385-4 &  3.704-4 &  3.608-4 &  3.368-4 &  3.064-4 &  2.416-4 &  1.699-4 &  1.489-4 &  1.307-4 &  1.003-4 &  6.820-5 \\
 10 & 35 &  2.443-3 &  3.023-3 &  3.618-3 &  3.583-3 &  3.434-3 &  2.959-3 &  2.253-3 &  1.996-3 &  1.744-3 &  1.267-3 &  7.347-4 \\
 10 & 36 &  8.442-4 &  6.400-4 &  3.845-4 &  3.074-4 &  2.418-4 &  1.438-4 &  6.892-5 &  5.215-5 &  3.946-5 &  2.256-5 &  1.051-5 \\
 10 & 37 &  6.340-3 &  5.468-3 &  4.341-3 &  3.937-3 &  3.567-3 &  2.953-3 &  2.324-3 &  2.110-3 &  1.897-3 &  1.465-3 &  9.213-4 \\
 10 & 38 &  1.967-3 &  1.958-3 &  1.674-3 &  1.543-3 &  1.421-3 &  1.216-3 &  9.993-4 &  9.239-4 &  8.485-4 &  6.960-4 &  5.040-4 \\
 10 & 39 &  3.166-3 &  3.107-3 &  2.704-3 &  2.541-3 &  2.389-3 &  2.121-3 &  1.774-3 &  1.631-3 &  1.479-3 &  1.151-3 &  7.259-4 \\
 10 & 40 &  4.729-4 &  4.139-4 &  3.152-4 &  2.812-4 &  2.512-4 &  2.026-4 &  1.522-4 &  1.348-4 &  1.177-4 &  8.534-5 &  4.994-5 \\
 10 & 41 &  1.602-3 &  1.367-3 &  1.105-3 &  1.026-3 &  9.573-4 &  8.392-4 &  6.907-4 &  6.305-4 &  5.668-4 &  4.333-4 &  2.664-4 \\
 10 & 42 &  2.371-2 &  2.082-2 &  1.743-2 &  1.637-2 &  1.541-2 &  1.361-2 &  1.108-2 &  1.003-2 &  8.908-3 &  6.616-3 &  3.892-3 \\
 10 & 43 &  6.086-3 &  5.808-3 &  5.398-3 &  5.231-3 &  5.050-3 &  4.614-3 &  3.808-3 &  3.433-3 &  3.029-3 &  2.199-3 &  1.245-3 \\
 10 & 44 &  3.109-3 &  3.063-3 &  2.926-3 &  2.847-3 &  2.753-3 &  2.516-3 &  2.076-3 &  1.874-3 &  1.659-3 &  1.219-3 &  7.087-4 \\
 10 & 45 &  6.108-4 &  6.090-4 &  5.847-4 &  5.672-4 &  5.461-4 &  4.947-4 &  4.053-4 &  3.656-4 &  3.237-4 &  2.395-4 &  1.415-4 \\
 10 & 46 &  2.086-4 &  1.970-4 &  1.748-4 &  1.665-4 &  1.583-4 &  1.420-4 &  1.174-4 &  1.068-4 &  9.541-5 &  7.170-5 &  4.285-5 \\
& & & & & & & & & & & \\ \hline                                                                                                            
\end{tabular}                                                                                                                               
\newpage                                                                                                                                    
\begin{flushleft}                                                                                                                           
{\bf Table 3.} Effective Collision Strengths for Transitions in  Fe XI. ($a{\pm}b \equiv a{\times}10^{{\pm}b}$).                            
\newline                                                                                                                                    
\end{flushleft}                                                                                                                             
\begin{tabular}{rrlllllllllll} \hline                                                                                                       
 & & & & & & & & & & & \\                                                                                                                  
\multicolumn{2}{c}{Transition} & \multicolumn{11}{c}{Temperature (log T$_e$, K)}\\                                                          
 & & & & & & & & & & & \\ \hline                                                                                                           
 & & & & & & & & & & & \\                                                                                                                  
 $i$ & $j$ & 4.00 &        4.30 &        4.70 &        4.85 &     5.00 &     5.30 &     5.70 &     5.85 &     6.00 &     6.30 &     6.70 \\ 
 & & & & & & & & & & & \\ \hline                                                                                                           
 & & & & & & & & & & & \\                                                                                                                  
 10 & 47 &  2.972-5 &  2.956-5 &  2.819-5 &  2.731-5 &  2.627-5 &  2.378-5 &  1.960-5 &  1.775-5 &  1.578-5 &  1.172-5 &  6.899-6 \\
 10 & 48 &  1.277-5 &  1.276-5 &  1.267-5 &  1.261-5 &  1.253-5 &  1.227-5 &  1.152-5 &  1.102-5 &  1.036-5 &  8.610-6 &  5.779-6 \\
 11 & 12 &  4.983-1 &  5.001-1 &  4.870-1 &  4.812-1 &  4.748-1 &  4.511-1 &  3.895-1 &  3.599-1 &  3.280-1 &  2.612-1 &  1.787-1 \\
 11 & 13 &  1.609-1 &  1.619-1 &  1.570-1 &  1.575-1 &  1.589-1 &  1.558-1 &  1.368-1 &  1.284-1 &  1.203-1 &  1.063-1 &  9.268-2 \\
 11 & 14 &  9.491-2 &  9.905-2 &  9.746-2 &  9.769-2 &  9.864-2 &  9.560-2 &  7.727-2 &  6.862-2 &  6.001-2 &  4.425-2 &  2.844-2 \\
 11 & 15 &  7.766-2 &  6.793-2 &  5.802-2 &  5.644-2 &  5.520-2 &  5.064-2 &  4.000-2 &  3.555-2 &  3.110-2 &  2.264-2 &  1.328-2 \\
 11 & 16 &  4.995-2 &  4.678-2 &  4.343-2 &  4.333-2 &  4.331-2 &  4.116-2 &  3.373-2 &  3.032-2 &  2.680-2 &  1.987-2 &  1.196-2 \\
 11 & 17 &  6.690-2 &  6.095-2 &  5.620-2 &  5.632-2 &  5.638-2 &  5.315-2 &  4.277-2 &  3.826-2 &  3.373-2 &  2.505-2 &  1.535-2 \\
 11 & 18 &  6.400-2 &  6.511-2 &  6.106-2 &  5.849-2 &  5.564-2 &  4.938-2 &  4.019-2 &  3.651-2 &  3.271-2 &  2.501-2 &  1.565-2 \\
 11 & 19 &  4.221-2 &  4.299-2 &  4.003-2 &  3.818-2 &  3.615-2 &  3.181-2 &  2.575-2 &  2.341-2 &  2.102-2 &  1.623-2 &  1.044-2 \\
 11 & 20 &  1.374-2 &  1.378-2 &  1.154-2 &  1.041-2 &  9.253-3 &  7.080-3 &  4.784-3 &  4.106-3 &  3.508-3 &  2.498-3 &  1.472-3 \\
 11 & 21 &  4.032-3 &  3.652-3 &  2.707-3 &  2.310-3 &  1.934-3 &  1.294-3 &  7.177-4 &  5.715-4 &  4.539-4 &  2.829-4 &  1.440-4 \\
 11 & 22 &  6.585-2 &  6.127-2 &  5.290-2 &  4.970-2 &  4.661-2 &  4.077-2 &  3.320-2 &  3.024-2 &  2.719-2 &  2.092-2 &  1.312-2 \\
 11 & 23 &  2.002-2 &  1.929-2 &  1.639-2 &  1.500-2 &  1.359-2 &  1.099-2 &  8.166-3 &  7.250-3 &  6.382-3 &  4.755-3 &  2.886-3 \\
 11 & 24 &  4.200-3 &  3.757-3 &  2.914-3 &  2.561-3 &  2.191-3 &  1.461-3 &  7.255-4 &  5.415-4 &  4.003-4 &  2.149-4 &  9.209-5 \\
 11 & 25 &  5.992-3 &  5.469-3 &  4.129-3 &  3.602-3 &  3.080-3 &  2.114-3 &  1.171-3 &  9.288-4 &  7.358-4 &  4.593-4 &  2.382-4 \\
 11 & 26 &  6.529-3 &  5.719-3 &  4.264-3 &  3.756-3 &  3.288-3 &  2.487-3 &  1.717-3 &  1.504-3 &  1.321-3 &  1.017-3 &  6.719-4 \\
 11 & 27 &  2.414-2 &  2.429-2 &  2.693-2 &  2.683-2 &  2.591-2 &  2.262-2 &  1.743-2 &  1.547-2 &  1.353-2 &  9.822-3 &  5.743-3 \\
 11 & 28 &  7.028-3 &  6.013-3 &  5.161-3 &  4.897-3 &  4.639-3 &  4.117-3 &  3.339-3 &  3.009-3 &  2.660-3 &  1.951-3 &  1.129-3 \\
 11 & 29 &  1.266-2 &  1.218-2 &  1.167-2 &  1.139-2 &  1.105-2 &  1.021-2 &  8.775-3 &  8.135-3 &  7.445-3 &  5.992-3 &  4.179-3 \\
 11 & 30 &  1.338-2 &  1.361-2 &  1.372-2 &  1.348-2 &  1.310-2 &  1.202-2 &  1.012-2 &  9.280-3 &  8.395-3 &  6.574-3 &  4.304-3 \\
 11 & 31 &  3.035-3 &  2.689-3 &  2.284-3 &  2.094-3 &  1.886-3 &  1.478-3 &  1.043-3 &  9.113-4 &  7.918-4 &  5.795-4 &  3.479-4 \\
 11 & 32 &  7.302-3 &  6.801-3 &  6.136-3 &  5.852-3 &  5.540-3 &  4.863-3 &  3.879-3 &  3.482-3 &  3.074-3 &  2.263-3 &  1.336-3 \\
 11 & 33 &  2.116-2 &  2.263-2 &  2.450-2 &  2.423-2 &  2.345-2 &  2.100-2 &  1.688-2 &  1.518-2 &  1.341-2 &  9.866-3 &  5.806-3 \\
 11 & 34 &  1.480-3 &  1.558-3 &  1.512-3 &  1.420-3 &  1.303-3 &  1.055-3 &  7.654-4 &  6.711-4 &  5.826-4 &  4.221-4 &  2.482-4 \\
 11 & 35 &  8.311-3 &  1.025-2 &  1.209-2 &  1.191-2 &  1.137-2 &  9.766-3 &  7.461-3 &  6.631-3 &  5.823-3 &  4.299-3 &  2.611-3 \\
 11 & 36 &  3.430-3 &  2.474-3 &  1.443-3 &  1.149-3 &  9.035-4 &  5.446-4 &  2.751-4 &  2.151-4 &  1.698-4 &  1.095-4 &  6.393-5 \\
 11 & 37 &  1.884-2 &  1.640-2 &  1.314-2 &  1.195-2 &  1.085-2 &  9.031-3 &  7.188-3 &  6.566-3 &  5.949-3 &  4.708-3 &  3.146-3 \\
 11 & 38 &  7.301-3 &  7.382-3 &  6.361-3 &  5.859-3 &  5.382-3 &  4.567-3 &  3.672-3 &  3.350-3 &  3.023-3 &  2.352-3 &  1.501-3 \\
 11 & 39 &  8.973-3 &  8.731-3 &  7.362-3 &  6.830-3 &  6.349-3 &  5.538-3 &  4.593-3 &  4.231-3 &  3.853-3 &  3.067-3 &  2.067-3 \\
 11 & 40 &  2.416-3 &  2.217-3 &  1.917-3 &  1.817-3 &  1.725-3 &  1.553-3 &  1.304-3 &  1.194-3 &  1.076-3 &  8.239-4 &  5.072-4 \\
 11 & 41 &  5.170-3 &  4.168-3 &  3.114-3 &  2.819-3 &  2.571-3 &  2.173-3 &  1.737-3 &  1.579-3 &  1.420-3 &  1.100-3 &  7.149-4 \\
 11 & 42 &  6.902-2 &  6.014-2 &  5.005-2 &  4.695-2 &  4.414-2 &  3.893-2 &  3.166-2 &  2.862-2 &  2.541-2 &  1.884-2 &  1.106-2 \\
 11 & 43 &  2.080-2 &  1.991-2 &  1.845-2 &  1.785-2 &  1.720-2 &  1.569-2 &  1.297-2 &  1.172-2 &  1.037-2 &  7.597-3 &  4.367-3 \\
 11 & 44 &  9.273-3 &  9.116-3 &  8.739-3 &  8.524-3 &  8.262-3 &  7.581-3 &  6.277-3 &  5.672-3 &  5.023-3 &  3.694-3 &  2.164-3 \\
 11 & 45 &  2.009-3 &  1.976-3 &  1.877-3 &  1.820-3 &  1.754-3 &  1.596-3 &  1.316-3 &  1.190-3 &  1.056-3 &  7.842-4 &  4.662-4 \\
 11 & 46 &  5.309-4 &  5.133-4 &  4.679-4 &  4.490-4 &  4.297-4 &  3.889-4 &  3.246-4 &  2.965-4 &  2.665-4 &  2.038-4 &  1.257-4 \\
 11 & 47 &  1.090-4 &  1.088-4 &  1.027-4 &  9.892-5 &  9.379-5 &  8.090-5 &  6.435-5 &  5.934-5 &  5.513-5 &  4.845-5 &  3.890-5 \\
 11 & 48 &  3.464-4 &  3.480-4 &  3.505-4 &  3.522-4 &  3.545-4 &  3.623-4 &  3.816-4 &  3.927-4 &  4.067-4 &  4.442-4 &  5.091-4 \\
 12 & 13 &  6.971-1 &  7.021-1 &  6.884-1 &  6.829-1 &  6.773-1 &  6.494-1 &  5.674-1 &  5.284-1 &  4.871-1 &  4.032-1 &  3.023-1 \\
 12 & 14 &  2.414-1 &  2.377-1 &  2.254-1 &  2.246-1 &  2.256-1 &  2.183-1 &  1.820-1 &  1.655-1 &  1.493-1 &  1.201-1 &  9.109-2 \\
 12 & 15 &  1.428-1 &  1.242-1 &  1.070-1 &  1.045-1 &  1.027-1 &  9.482-2 &  7.560-2 &  6.750-2 &  5.941-2 &  4.399-2 &  2.680-2 \\
 12 & 16 &  1.080-1 &  1.019-1 &  9.462-2 &  9.411-2 &  9.367-2 &  8.837-2 &  7.204-2 &  6.468-2 &  5.712-2 &  4.228-2 &  2.530-2 \\
 12 & 17 &  8.805-2 &  8.189-2 &  7.635-2 &  7.615-2 &  7.583-2 &  7.129-2 &  5.784-2 &  5.186-2 &  4.575-2 &  3.373-2 &  1.995-2 \\
 12 & 18 &  8.612-2 &  8.376-2 &  7.367-2 &  6.934-2 &  6.501-2 &  5.621-2 &  4.437-2 &  3.995-2 &  3.554-2 &  2.692-2 &  1.679-2 \\
 12 & 19 &  8.152-2 &  8.049-2 &  7.254-2 &  6.849-2 &  6.431-2 &  5.593-2 &  4.507-2 &  4.102-2 &  3.695-2 &  2.891-2 &  1.933-2 \\
 12 & 20 &  4.435-2 &  4.357-2 &  3.632-2 &  3.300-2 &  2.973-2 &  2.378-2 &  1.739-2 &  1.536-2 &  1.347-2 &  1.002-2 &  6.169-3 \\
& & & & & & & & & & & \\ \hline                                                                                                            
\end{tabular}                                                                                                                               
\newpage                                                                                                                                    
\begin{flushleft}                                                                                                                           
{\bf Table 3.} Effective Collision Strengths for Transitions in  Fe XI. ($a{\pm}b \equiv a{\times}10^{{\pm}b}$).                            
\newline                                                                                                                                    
\end{flushleft}                                                                                                                             
\begin{tabular}{rrlllllllllll} \hline                                                                                                       
 & & & & & & & & & & & \\                                                                                                                  
\multicolumn{2}{c}{Transition} & \multicolumn{11}{c}{Temperature (log T$_e$, K)}\\                                                          
 & & & & & & & & & & & \\ \hline                                                                                                           
 & & & & & & & & & & & \\                                                                                                                  
 $i$ & $j$ & 4.00 &        4.30 &        4.70 &        4.85 &     5.00 &     5.30 &     5.70 &     5.85 &     6.00 &     6.30 &     6.70 \\ 
 & & & & & & & & & & & \\ \hline                                                                                                           
 & & & & & & & & & & & \\                                                                                                                  
 12 & 21 &  5.269-3 &  4.800-3 &  3.506-3 &  2.979-3 &  2.487-3 &  1.670-3 &  9.475-4 &  7.658-4 &  6.196-4 &  4.055-4 &  2.278-4 \\
 12 & 22 &  8.499-2 &  7.811-2 &  6.701-2 &  6.274-2 &  5.861-2 &  5.083-2 &  4.106-2 &  3.737-2 &  3.361-2 &  2.599-2 &  1.663-2 \\
 12 & 23 &  5.936-2 &  5.772-2 &  5.143-2 &  4.827-2 &  4.501-2 &  3.868-2 &  3.090-2 &  2.804-2 &  2.517-2 &  1.943-2 &  1.245-2 \\
 12 & 24 &  2.063-2 &  1.964-2 &  1.623-2 &  1.458-2 &  1.287-2 &  9.677-3 &  6.429-3 &  5.501-3 &  4.689-3 &  3.330-3 &  1.947-3 \\
 12 & 25 &  1.487-2 &  1.370-2 &  1.055-2 &  9.375-3 &  8.238-3 &  6.164-3 &  4.076-3 &  3.497-3 &  3.005-3 &  2.217-3 &  1.467-3 \\
 12 & 26 &  1.023-2 &  9.201-3 &  6.924-3 &  6.084-3 &  5.297-3 &  3.927-3 &  2.588-3 &  2.214-3 &  1.893-3 &  1.370-3 &  8.335-4 \\
 12 & 27 &  2.762-2 &  2.733-2 &  3.035-2 &  3.020-2 &  2.908-2 &  2.513-2 &  1.905-2 &  1.681-2 &  1.462-2 &  1.050-2 &  6.006-3 \\
 12 & 28 &  8.254-3 &  6.824-3 &  5.689-3 &  5.365-3 &  5.064-3 &  4.490-3 &  3.691-3 &  3.360-3 &  3.014-3 &  2.307-3 &  1.473-3 \\
 12 & 29 &  2.668-2 &  2.566-2 &  2.448-2 &  2.385-2 &  2.309-2 &  2.120-2 &  1.779-2 &  1.623-2 &  1.454-2 &  1.098-2 &  6.638-3 \\
 12 & 30 &  2.016-2 &  2.044-2 &  2.068-2 &  2.034-2 &  1.975-2 &  1.805-2 &  1.501-2 &  1.367-2 &  1.226-2 &  9.357-3 &  5.851-3 \\
 12 & 31 &  1.036-2 &  9.779-3 &  9.154-3 &  8.769-3 &  8.302-3 &  7.274-3 &  5.929-3 &  5.434-3 &  4.938-3 &  3.962-3 &  2.803-3 \\
 12 & 32 &  1.320-2 &  1.264-2 &  1.177-2 &  1.135-2 &  1.088-2 &  9.778-3 &  8.008-3 &  7.246-3 &  6.441-3 &  4.807-3 &  2.908-3 \\
 12 & 33 &  3.035-2 &  3.272-2 &  3.623-2 &  3.585-2 &  3.457-2 &  3.052-2 &  2.408-2 &  2.155-2 &  1.898-2 &  1.394-2 &  8.240-3 \\
 12 & 34 &  4.497-3 &  4.588-3 &  4.449-3 &  4.244-3 &  3.987-3 &  3.417-3 &  2.664-3 &  2.384-3 &  2.105-3 &  1.567-3 &  9.608-4 \\
 12 & 35 &  1.803-2 &  2.233-2 &  2.616-2 &  2.561-2 &  2.428-2 &  2.062-2 &  1.559-2 &  1.381-2 &  1.206-2 &  8.793-3 &  5.201-3 \\
 12 & 36 &  7.209-3 &  5.128-3 &  2.958-3 &  2.357-3 &  1.863-3 &  1.153-3 &  6.262-4 &  5.086-4 &  4.197-4 &  3.000-4 &  1.998-4 \\
 12 & 37 &  2.993-2 &  2.596-2 &  2.077-2 &  1.894-2 &  1.727-2 &  1.455-2 &  1.181-2 &  1.089-2 &  9.981-3 &  8.150-3 &  5.859-3 \\
 12 & 38 &  1.781-2 &  1.777-2 &  1.564-2 &  1.464-2 &  1.367-2 &  1.197-2 &  9.930-3 &  9.142-3 &  8.319-3 &  6.595-3 &  4.383-3 \\
 12 & 39 &  1.095-2 &  1.082-2 &  8.970-3 &  8.222-3 &  7.549-3 &  6.444-3 &  5.248-3 &  4.815-3 &  4.375-3 &  3.483-3 &  2.381-3 \\
 12 & 40 &  5.807-3 &  5.522-3 &  5.076-3 &  4.912-3 &  4.753-3 &  4.422-3 &  3.862-3 &  3.598-3 &  3.305-3 &  2.661-3 &  1.808-3 \\
 12 & 41 &  6.607-3 &  4.944-3 &  3.310-3 &  2.883-3 &  2.541-3 &  2.040-3 &  1.572-3 &  1.417-3 &  1.265-3 &  9.691-4 &  6.210-4 \\
 12 & 42 &  1.088-1 &  9.368-2 &  7.735-2 &  7.248-2 &  6.808-2 &  5.997-2 &  4.868-2 &  4.395-2 &  3.897-2 &  2.880-2 &  1.685-2 \\
 12 & 43 &  3.878-2 &  3.719-2 &  3.432-2 &  3.312-2 &  3.184-2 &  2.895-2 &  2.398-2 &  2.173-2 &  1.931-2 &  1.431-2 &  8.406-3 \\
 12 & 44 &  1.716-2 &  1.683-2 &  1.619-2 &  1.584-2 &  1.540-2 &  1.420-2 &  1.182-2 &  1.069-2 &  9.473-3 &  6.959-3 &  4.028-3 \\
 12 & 45 &  3.301-3 &  3.257-3 &  3.122-3 &  3.043-3 &  2.947-3 &  2.704-3 &  2.254-3 &  2.046-3 &  1.822-3 &  1.361-3 &  8.152-4 \\
 12 & 46 &  7.016-4 &  6.903-4 &  6.424-4 &  6.198-4 &  5.959-4 &  5.432-4 &  4.582-4 &  4.211-4 &  3.820-4 &  3.014-4 &  1.976-4 \\
 12 & 47 &  7.866-5 &  7.802-5 &  7.449-5 &  7.284-5 &  7.129-5 &  6.909-5 &  6.893-5 &  6.994-5 &  7.170-5 &  7.680-5 &  7.699-5 \\
 12 & 48 &  2.261-5 &  2.261-5 &  2.246-5 &  2.234-5 &  2.219-5 &  2.172-5 &  2.033-5 &  1.942-5 &  1.824-5 &  1.510-5 &  1.009-5 \\
 13 & 14 &  7.756-1 &  8.082-1 &  7.950-1 &  7.879-1 &  7.812-1 &  7.451-1 &  6.405-1 &  5.935-1 &  5.458-1 &  4.536-1 &  3.490-1 \\
 13 & 15 &  2.103-1 &  1.830-1 &  1.606-1 &  1.576-1 &  1.554-1 &  1.448-1 &  1.172-1 &  1.051-1 &  9.284-2 &  6.878-2 &  4.120-2 \\
 13 & 16 &  2.065-1 &  1.900-1 &  1.736-1 &  1.720-1 &  1.706-1 &  1.596-1 &  1.287-1 &  1.152-1 &  1.016-1 &  7.524-2 &  4.542-2 \\
 13 & 17 &  8.898-2 &  8.238-2 &  7.558-2 &  7.462-2 &  7.372-2 &  6.901-2 &  5.650-2 &  5.087-2 &  4.504-2 &  3.341-2 &  1.988-2 \\
 13 & 18 &  5.735-2 &  5.220-2 &  4.141-2 &  3.749-2 &  3.379-2 &  2.668-2 &  1.835-2 &  1.576-2 &  1.347-2 &  9.625-3 &  5.839-3 \\
 13 & 19 &  1.099-1 &  1.100-1 &  9.818-2 &  9.218-2 &  8.604-2 &  7.391-2 &  5.851-2 &  5.286-2 &  4.720-2 &  3.611-2 &  2.333-2 \\
 13 & 20 &  1.171-1 &  1.126-1 &  9.357-2 &  8.551-2 &  7.784-2 &  6.448-2 &  5.045-2 &  4.591-2 &  4.161-2 &  3.357-2 &  2.437-2 \\
 13 & 21 &  8.695-3 &  8.005-3 &  5.630-3 &  4.692-3 &  3.842-3 &  2.487-3 &  1.355-3 &  1.081-3 &  8.632-4 &  5.493-4 &  2.903-4 \\
 13 & 22 &  7.911-2 &  7.014-2 &  5.807-2 &  5.380-2 &  4.976-2 &  4.237-2 &  3.356-2 &  3.040-2 &  2.726-2 &  2.106-2 &  1.362-2 \\
 13 & 23 &  1.089-1 &  1.020-1 &  9.000-2 &  8.521-2 &  8.043-2 &  7.107-2 &  5.862-2 &  5.375-2 &  4.871-2 &  3.835-2 &  2.545-2 \\
 13 & 24 &  8.232-2 &  7.453-2 &  6.285-2 &  5.842-2 &  5.406-2 &  4.586-2 &  3.617-2 &  3.277-2 &  2.942-2 &  2.287-2 &  1.507-2 \\
 13 & 25 &  2.153-2 &  1.950-2 &  1.592-2 &  1.458-2 &  1.321-2 &  1.046-2 &  7.344-3 &  6.374-3 &  5.493-3 &  3.952-3 &  2.334-3 \\
 13 & 26 &  1.562-2 &  1.358-2 &  1.005-2 &  8.831-3 &  7.707-3 &  5.765-3 &  3.836-3 &  3.271-3 &  2.771-3 &  1.926-3 &  1.089-3 \\
 13 & 27 &  2.208-2 &  2.189-2 &  2.427-2 &  2.425-2 &  2.348-2 &  2.058-2 &  1.595-2 &  1.425-2 &  1.259-2 &  9.457-3 &  5.937-3 \\
 13 & 28 &  5.716-3 &  4.746-3 &  3.938-3 &  3.704-3 &  3.487-3 &  3.080-3 &  2.533-3 &  2.311-3 &  2.078-3 &  1.594-3 &  9.873-4 \\
 13 & 29 &  3.732-2 &  3.598-2 &  3.424-2 &  3.332-2 &  3.220-2 &  2.941-2 &  2.446-2 &  2.221-2 &  1.979-2 &  1.477-2 &  8.757-3 \\
 13 & 30 &  2.206-2 &  2.222-2 &  2.252-2 &  2.212-2 &  2.141-2 &  1.941-2 &  1.600-2 &  1.453-2 &  1.299-2 &  9.879-3 &  6.256-3 \\
 13 & 31 &  2.732-2 &  2.607-2 &  2.484-2 &  2.403-2 &  2.299-2 &  2.051-2 &  1.669-2 &  1.511-2 &  1.345-2 &  1.007-2 &  6.031-3 \\
 13 & 32 &  1.651-2 &  1.562-2 &  1.438-2 &  1.386-2 &  1.329-2 &  1.199-2 &  9.893-3 &  8.985-3 &  8.028-3 &  6.086-3 &  3.841-3 \\
& & & & & & & & & & & \\ \hline                                                                                                            
\end{tabular}                                                                                                                               
\newpage                                                                                                                                    
\begin{flushleft}                                                                                                                           
{\bf Table 3.} Effective Collision Strengths for Transitions in  Fe XI. ($a{\pm}b \equiv a{\times}10^{{\pm}b}$).                            
\newline                                                                                                                                    
\end{flushleft}                                                                                                                             
\begin{tabular}{rrlllllllllll} \hline                                                                                                       
 & & & & & & & & & & & \\                                                                                                                  
\multicolumn{2}{c}{Transition} & \multicolumn{11}{c}{Temperature (log T$_e$, K)}\\                                                          
 & & & & & & & & & & & \\ \hline                                                                                                           
 & & & & & & & & & & & \\                                                                                                                  
 $i$ & $j$ & 4.00 &        4.30 &        4.70 &        4.85 &     5.00 &     5.30 &     5.70 &     5.85 &     6.00 &     6.30 &     6.70 \\ 
 & & & & & & & & & & & \\ \hline                                                                                                           
 & & & & & & & & & & & \\                                                                                                                  
 13 & 33 &  3.120-2 &  3.419-2 &  3.925-2 &  3.883-2 &  3.718-2 &  3.201-2 &  2.444-2 &  2.168-2 &  1.898-2 &  1.389-2 &  8.282-3 \\
 13 & 34 &  1.367-2 &  1.380-2 &  1.346-2 &  1.308-2 &  1.259-2 &  1.142-2 &  9.518-3 &  8.694-3 &  7.821-3 &  6.038-3 &  3.937-3 \\
 13 & 35 &  3.663-2 &  4.529-2 &  5.270-2 &  5.138-2 &  4.853-2 &  4.096-2 &  3.081-2 &  2.720-2 &  2.368-2 &  1.705-2 &  9.800-3 \\
 13 & 36 &  1.177-2 &  8.490-3 &  4.957-3 &  3.988-3 &  3.197-3 &  2.063-3 &  1.204-3 &  1.002-3 &  8.427-4 &  6.110-4 &  4.020-4 \\
 13 & 37 &  3.675-2 &  3.116-2 &  2.461-2 &  2.241-2 &  2.043-2 &  1.723-2 &  1.407-2 &  1.302-2 &  1.199-2 &  9.920-3 &  7.363-3 \\
 13 & 38 &  3.242-2 &  3.228-2 &  2.954-2 &  2.824-2 &  2.696-2 &  2.453-2 &  2.113-2 &  1.969-2 &  1.813-2 &  1.479-2 &  1.047-2 \\
 13 & 39 &  1.206-2 &  1.225-2 &  1.033-2 &  9.478-3 &  8.697-3 &  7.386-3 &  5.934-3 &  5.400-3 &  4.855-3 &  3.748-3 &  2.390-3 \\
 13 & 40 &  5.922-3 &  5.735-3 &  5.323-3 &  5.154-3 &  4.983-3 &  4.621-3 &  4.005-3 &  3.713-3 &  3.386-3 &  2.658-3 &  1.679-3 \\
 13 & 41 &  7.674-3 &  5.423-3 &  3.317-3 &  2.789-3 &  2.375-3 &  1.792-3 &  1.298-3 &  1.150-3 &  1.011-3 &  7.557-4 &  4.720-4 \\
 13 & 42 &  1.438-1 &  1.214-1 &  9.909-2 &  9.266-2 &  8.692-2 &  7.645-2 &  6.192-2 &  5.585-2 &  4.947-2 &  3.652-2 &  2.146-2 \\
 13 & 43 &  5.667-2 &  5.437-2 &  4.999-2 &  4.818-2 &  4.627-2 &  4.202-2 &  3.483-2 &  3.159-2 &  2.811-2 &  2.089-2 &  1.231-2 \\
 13 & 44 &  3.003-2 &  2.940-2 &  2.815-2 &  2.751-2 &  2.672-2 &  2.466-2 &  2.063-2 &  1.872-2 &  1.664-2 &  1.231-2 &  7.185-3 \\
 13 & 45 &  4.350-3 &  4.344-3 &  4.258-3 &  4.183-3 &  4.080-3 &  3.784-3 &  3.182-3 &  2.895-3 &  2.584-3 &  1.931-3 &  1.148-3 \\
 13 & 46 &  7.800-4 &  7.659-4 &  7.198-4 &  6.974-4 &  6.731-4 &  6.183-4 &  5.271-4 &  4.867-4 &  4.442-4 &  3.573-4 &  2.458-4 \\
 13 & 47 &  6.305-5 &  6.308-5 &  6.044-5 &  5.967-5 &  5.960-5 &  6.264-5 &  7.508-5 &  8.173-5 &  8.908-5 &  1.076-4 &  1.278-4 \\
 13 & 48 &  5.214-6 &  5.204-6 &  5.137-6 &  5.091-6 &  5.030-6 &  4.851-6 &  4.417-6 &  4.169-6 &  3.867-6 &  3.127-6 &  2.036-6 \\
 14 & 15 &  2.172-1 &  1.859-1 &  1.546-1 &  1.478-1 &  1.424-1 &  1.294-1 &  1.044-1 &  9.381-2 &  8.304-2 &  6.184-2 &  3.741-2 \\
 14 & 16 &  4.312-1 &  3.889-1 &  3.477-1 &  3.415-1 &  3.361-1 &  3.120-1 &  2.532-1 &  2.280-1 &  2.024-1 &  1.527-1 &  9.598-2 \\
 14 & 17 &  6.626-2 &  6.157-2 &  5.610-2 &  5.545-2 &  5.506-2 &  5.218-2 &  4.299-2 &  3.870-2 &  3.422-2 &  2.527-2 &  1.486-2 \\
 14 & 18 &  5.626-2 &  4.724-2 &  3.451-2 &  3.063-2 &  2.726-2 &  2.138-2 &  1.476-2 &  1.267-2 &  1.078-2 &  7.523-3 &  4.240-3 \\
 14 & 19 &  8.527-2 &  7.620-2 &  5.548-2 &  4.808-2 &  4.134-2 &  2.959-2 &  1.794-2 &  1.479-2 &  1.220-2 &  8.326-3 &  5.054-3 \\
 14 & 20 &  2.545-1 &  2.364-1 &  1.874-1 &  1.688-1 &  1.519-1 &  1.238-1 &  9.556-2 &  8.650-2 &  7.790-2 &  6.185-2 &  4.365-2 \\
 14 & 21 &  1.700-3 &  1.669-3 &  1.240-3 &  1.064-3 &  9.019-4 &  6.133-4 &  3.173-4 &  2.395-4 &  1.784-4 &  9.654-5 &  4.112-5 \\
 14 & 22 &  3.651-2 &  3.049-2 &  2.302-2 &  2.041-2 &  1.793-2 &  1.342-2 &  8.806-3 &  7.502-3 &  6.385-3 &  4.577-3 &  2.823-3 \\
 14 & 23 &  1.133-1 &  1.055-1 &  9.076-2 &  8.513-2 &  7.969-2 &  6.946-2 &  5.659-2 &  5.175-2 &  4.681-2 &  3.686-2 &  2.466-2 \\
 14 & 24 &  2.773-1 &  2.465-1 &  2.089-1 &  1.968-1 &  1.855-1 &  1.645-1 &  1.368-1 &  1.258-1 &  1.142-1 &  9.023-2 &  5.978-2 \\
 14 & 25 &  2.283-2 &  2.148-2 &  1.806-2 &  1.664-2 &  1.515-2 &  1.209-2 &  8.487-3 &  7.342-3 &  6.295-3 &  4.471-3 &  2.608-3 \\
 14 & 26 &  1.212-2 &  1.020-2 &  7.072-3 &  6.014-3 &  5.054-3 &  3.450-3 &  2.016-3 &  1.659-3 &  1.374-3 &  9.626-4 &  6.070-4 \\
 14 & 27 &  1.746-2 &  1.704-2 &  1.903-2 &  1.936-2 &  1.912-2 &  1.726-2 &  1.360-2 &  1.213-2 &  1.066-2 &  7.796-3 &  4.548-3 \\
 14 & 28 &  1.185-3 &  8.242-4 &  5.526-4 &  4.802-4 &  4.093-4 &  2.737-4 &  1.392-4 &  1.055-4 &  7.954-5 &  4.477-5 &  2.076-5 \\
 14 & 29 &  1.830-2 &  1.688-2 &  1.530-2 &  1.457-2 &  1.373-2 &  1.191-2 &  9.434-3 &  8.495-3 &  7.557-3 &  5.722-3 &  3.539-3 \\
 14 & 30 &  1.141-2 &  1.093-2 &  1.061-2 &  1.028-2 &  9.796-3 &  8.596-3 &  6.894-3 &  6.263-3 &  5.645-3 &  4.448-3 &  2.972-3 \\
 14 & 31 &  6.934-2 &  6.604-2 &  6.172-2 &  5.972-2 &  5.744-2 &  5.211-2 &  4.307-2 &  3.901-2 &  3.465-2 &  2.563-2 &  1.502-2 \\
 14 & 32 &  1.443-2 &  1.271-2 &  1.098-2 &  1.045-2 &  9.922-3 &  8.855-3 &  7.333-3 &  6.706-3 &  6.045-3 &  4.657-3 &  2.900-3 \\
 14 & 33 &  2.360-2 &  2.506-2 &  2.826-2 &  2.807-2 &  2.706-2 &  2.364-2 &  1.844-2 &  1.652-2 &  1.465-2 &  1.112-2 &  7.229-3 \\
 14 & 34 &  3.380-2 &  3.362-2 &  3.260-2 &  3.186-2 &  3.094-2 &  2.858-2 &  2.410-2 &  2.200-2 &  1.971-2 &  1.494-2 &  9.271-3 \\
 14 & 35 &  7.898-2 &  9.378-2 &  1.055-1 &  1.028-1 &  9.755-2 &  8.391-2 &  6.515-2 &  5.821-2 &  5.134-2 &  3.816-2 &  2.356-2 \\
 14 & 36 &  1.359-2 &  1.040-2 &  6.601-3 &  5.491-3 &  4.563-3 &  3.191-3 &  2.074-3 &  1.780-3 &  1.527-3 &  1.113-3 &  7.059-4 \\
 14 & 37 &  3.674-2 &  3.018-2 &  2.267-2 &  2.010-2 &  1.777-2 &  1.404-2 &  1.055-2 &  9.474-3 &  8.443-3 &  6.454-3 &  4.030-3 \\
 14 & 38 &  4.133-2 &  4.222-2 &  4.021-2 &  3.891-2 &  3.750-2 &  3.447-2 &  2.955-2 &  2.730-2 &  2.484-2 &  1.949-2 &  1.257-2 \\
 14 & 39 &  1.914-2 &  1.966-2 &  1.736-2 &  1.627-2 &  1.524-2 &  1.340-2 &  1.111-2 &  1.019-2 &  9.210-3 &  7.134-3 &  4.460-3 \\
 14 & 40 &  1.761-3 &  1.409-3 &  8.717-4 &  7.017-4 &  5.605-4 &  3.592-4 &  2.097-4 &  1.743-4 &  1.455-4 &  1.010-4 &  5.886-5 \\
 14 & 41 &  1.117-2 &  8.059-3 &  5.036-3 &  4.259-3 &  3.643-3 &  2.772-3 &  2.032-3 &  1.810-3 &  1.600-3 &  1.203-3 &  7.385-4 \\
 14 & 42 &  1.752-1 &  1.444-1 &  1.151-1 &  1.071-1 &  1.000-1 &  8.742-2 &  7.031-2 &  6.324-2 &  5.586-2 &  4.099-2 &  2.390-2 \\
 14 & 43 &  7.349-2 &  7.051-2 &  6.508-2 &  6.283-2 &  6.045-2 &  5.503-2 &  4.567-2 &  4.141-2 &  3.683-2 &  2.733-2 &  1.608-2 \\
 14 & 44 &  5.030-2 &  4.873-2 &  4.608-2 &  4.487-2 &  4.349-2 &  4.005-2 &  3.363-2 &  3.062-2 &  2.734-2 &  2.044-2 &  1.209-2 \\
 14 & 45 &  6.386-3 &  6.332-3 &  6.154-3 &  6.041-3 &  5.893-3 &  5.476-3 &  4.620-3 &  4.206-3 &  3.754-3 &  2.801-3 &  1.654-3 \\
& & & & & & & & & & & \\ \hline                                                                                                            
\end{tabular}                                                                                                                               
\newpage                                                                                                                                    
\begin{flushleft}                                                                                                                           
{\bf Table 3.} Effective Collision Strengths for Transitions in  Fe XI. ($a{\pm}b \equiv a{\times}10^{{\pm}b}$).                            
\newline                                                                                                                                    
\end{flushleft}                                                                                                                             
\begin{tabular}{rrlllllllllll} \hline                                                                                                       
 & & & & & & & & & & & \\                                                                                                                  
\multicolumn{2}{c}{Transition} & \multicolumn{11}{c}{Temperature (log T$_e$, K)}\\                                                          
 & & & & & & & & & & & \\ \hline                                                                                                           
 & & & & & & & & & & & \\                                                                                                                  
 $i$ & $j$ & 4.00 &        4.30 &        4.70 &        4.85 &     5.00 &     5.30 &     5.70 &     5.85 &     6.00 &     6.30 &     6.70 \\ 
 & & & & & & & & & & & \\ \hline                                                                                                           
 & & & & & & & & & & & \\                                                                                                                  
 14 & 46 &  7.915-4 &  7.649-4 &  7.133-4 &  6.915-4 &  6.683-4 &  6.168-4 &  5.302-4 &  4.909-4 &  4.485-4 &  3.610-4 &  2.521-4 \\
 14 & 47 &  1.507-5 &  1.296-5 &  1.092-5 &  1.023-5 &  9.540-6 &  8.155-6 &  6.366-6 &  5.705-6 &  5.049-6 &  3.768-6 &  2.276-6 \\
 14 & 48 &  1.147-5 &  1.144-5 &  1.128-5 &  1.118-5 &  1.105-5 &  1.065-5 &  9.705-6 &  9.169-6 &  8.520-6 &  6.923-6 &  4.547-6 \\
 15 & 16 &  3.314-1 &  3.206-1 &  2.942-1 &  2.855-1 &  2.764-1 &  2.505-1 &  2.030-1 &  1.840-1 &  1.651-1 &  1.286-1 &  8.636-2 \\
 15 & 17 &  2.198-1 &  2.115-1 &  1.929-1 &  1.867-1 &  1.801-1 &  1.624-1 &  1.311-1 &  1.185-1 &  1.058-1 &  8.108-2 &  5.205-2 \\
 15 & 18 &  2.224-1 &  2.006-1 &  1.667-1 &  1.556-1 &  1.455-1 &  1.251-1 &  9.656-2 &  8.615-2 &  7.607-2 &  5.719-2 &  3.599-2 \\
 15 & 19 &  3.702-1 &  3.602-1 &  3.122-1 &  2.919-1 &  2.729-1 &  2.393-1 &  2.040-1 &  1.934-1 &  1.841-1 &  1.687-1 &  1.536-1 \\
 15 & 20 &  1.918-1 &  1.981-1 &  1.753-1 &  1.621-1 &  1.489-1 &  1.251-1 &  1.002-1 &  9.282-2 &  8.639-2 &  7.583-2 &  6.545-2 \\
 15 & 21 &  5.327-2 &  5.449-2 &  5.233-2 &  5.074-2 &  4.899-2 &  4.501-2 &  3.871-2 &  3.609-2 &  3.336-2 &  2.774-2 &  2.091-2 \\
 15 & 22 &  1.566-1 &  1.600-1 &  1.365-1 &  1.247-1 &  1.133-1 &  9.102-2 &  6.393-2 &  5.520-2 &  4.731-2 &  3.402-2 &  2.132-2 \\
 15 & 23 &  1.757-1 &  1.923-1 &  1.741-1 &  1.602-1 &  1.461-1 &  1.199-1 &  8.988-2 &  7.978-2 &  7.012-2 &  5.211-2 &  3.200-2 \\
 15 & 24 &  8.108-2 &  7.132-2 &  5.332-2 &  4.704-2 &  4.136-2 &  3.105-2 &  1.967-2 &  1.634-2 &  1.350-2 &  9.111-3 &  5.352-3 \\
 15 & 25 &  1.845-1 &  1.824-1 &  1.596-1 &  1.517-1 &  1.444-1 &  1.291-1 &  1.064-1 &  9.757-2 &  8.871-2 &  7.136-2 &  5.097-2 \\
 15 & 26 &  8.365-2 &  7.589-2 &  6.539-2 &  6.259-2 &  6.006-2 &  5.440-2 &  4.538-2 &  4.182-2 &  3.825-2 &  3.139-2 &  2.365-2 \\
 15 & 27 &  1.497-1 &  1.477-1 &  1.488-1 &  1.479-1 &  1.460-1 &  1.403-1 &  1.331-1 &  1.310-1 &  1.295-1 &  1.276-1 &  1.270-1 \\
 15 & 28 &  9.682-3 &  8.810-3 &  8.121-3 &  8.001-3 &  7.823-3 &  7.128-3 &  5.688-3 &  5.077-3 &  4.453-3 &  3.231-3 &  1.870-3 \\
 15 & 29 &  7.200-2 &  6.545-2 &  6.075-2 &  5.987-2 &  5.902-2 &  5.667-2 &  5.262-2 &  5.112-2 &  4.969-2 &  4.719-2 &  4.454-2 \\
 15 & 30 &  3.213-2 &  2.986-2 &  2.845-2 &  2.777-2 &  2.675-2 &  2.374-2 &  1.876-2 &  1.681-2 &  1.486-2 &  1.107-2 &  6.744-3 \\
 15 & 31 &  4.831-2 &  4.447-2 &  4.042-2 &  3.910-2 &  3.762-2 &  3.394-2 &  2.785-2 &  2.533-2 &  2.271-2 &  1.744-2 &  1.116-2 \\
 15 & 32 &  1.018-1 &  9.879-2 &  9.601-2 &  9.537-2 &  9.474-2 &  9.317-2 &  9.053-2 &  8.953-2 &  8.861-2 &  8.713-2 &  8.548-2 \\
 15 & 33 &  4.062-2 &  4.138-2 &  4.730-2 &  4.735-2 &  4.554-2 &  3.850-2 &  2.880-2 &  2.598-2 &  2.364-2 &  2.016-2 &  1.718-2 \\
 15 & 34 &  6.383-2 &  6.415-2 &  6.401-2 &  6.381-2 &  6.352-2 &  6.256-2 &  6.067-2 &  5.990-2 &  5.913-2 &  5.777-2 &  5.731-2 \\
 15 & 35 &  4.396-2 &  5.155-2 &  5.785-2 &  5.665-2 &  5.399-2 &  4.684-2 &  3.825-2 &  3.576-2 &  3.364-2 &  3.033-2 &  2.752-2 \\
 15 & 36 &  3.751-2 &  3.660-2 &  3.667-2 &  3.608-2 &  3.493-2 &  3.139-2 &  2.534-2 &  2.283-2 &  2.022-2 &  1.496-2 &  8.782-3 \\
 15 & 37 &  5.787-2 &  6.090-2 &  6.196-2 &  6.025-2 &  5.788-2 &  5.296-2 &  4.851-2 &  4.764-2 &  4.715-2 &  4.710-2 &  4.754-2 \\
 15 & 38 &  5.150-2 &  6.317-2 &  5.649-2 &  5.043-2 &  4.425-2 &  3.371-2 &  2.420-2 &  2.158-2 &  1.931-2 &  1.553-2 &  1.172-2 \\
 15 & 39 &  5.648-2 &  5.459-2 &  4.302-2 &  3.816-2 &  3.378-2 &  2.688-2 &  2.079-2 &  1.905-2 &  1.747-2 &  1.469-2 &  1.163-2 \\
 15 & 40 &  6.365-3 &  6.939-3 &  5.949-3 &  5.212-3 &  4.452-3 &  3.139-3 &  1.969-3 &  1.661-3 &  1.400-3 &  9.836-4 &  5.932-4 \\
 15 & 41 &  3.694-2 &  3.333-2 &  2.493-2 &  2.172-2 &  1.885-2 &  1.436-2 &  1.037-2 &  9.218-3 &  8.167-3 &  6.301-3 &  4.293-3 \\
 15 & 42 &  1.190-1 &  9.708-2 &  6.934-2 &  6.100-2 &  5.391-2 &  4.282-2 &  3.182-2 &  2.818-2 &  2.469-2 &  1.830-2 &  1.170-2 \\
 15 & 43 &  3.859-2 &  3.251-2 &  2.248-2 &  1.924-2 &  1.645-2 &  1.222-2 &  8.549-3 &  7.516-3 &  6.602-3 &  5.070-3 &  3.600-3 \\
 15 & 44 &  2.765-2 &  2.397-2 &  1.942-2 &  1.772-2 &  1.612-2 &  1.331-2 &  1.014-2 &  9.031-3 &  7.942-3 &  5.897-3 &  3.666-3 \\
 15 & 45 &  2.136-2 &  1.987-2 &  1.658-2 &  1.515-2 &  1.376-2 &  1.129-2 &  8.533-3 &  7.569-3 &  6.622-3 &  4.815-3 &  2.795-3 \\
 15 & 46 &  2.624-2 &  2.459-2 &  2.250-2 &  2.172-2 &  2.092-2 &  1.914-2 &  1.609-2 &  1.470-2 &  1.319-2 &  1.000-2 &  6.128-3 \\
 15 & 47 &  2.595-3 &  2.608-3 &  2.540-3 &  2.491-3 &  2.429-3 &  2.264-3 &  1.934-3 &  1.774-3 &  1.598-3 &  1.223-3 &  7.587-4 \\
 15 & 48 &  5.565-5 &  5.557-5 &  5.500-5 &  5.457-5 &  5.398-5 &  5.213-5 &  4.753-5 &  4.490-5 &  4.170-5 &  3.381-5 &  2.209-5 \\
 16 & 17 &  6.967-2 &  6.374-2 &  5.169-2 &  4.857-2 &  4.579-2 &  3.824-2 &  2.541-2 &  2.113-2 &  1.743-2 &  1.186-2 &  7.663-3 \\
 16 & 18 &  1.616-1 &  1.422-1 &  1.102-1 &  1.001-1 &  9.138-2 &  7.502-2 &  5.354-2 &  4.638-2 &  3.991-2 &  2.910-2 &  1.896-2 \\
 16 & 19 &  3.123-1 &  2.609-1 &  1.988-1 &  1.795-1 &  1.624-1 &  1.308-1 &  9.202-2 &  7.940-2 &  6.796-2 &  4.846-2 &  2.913-2 \\
 16 & 20 &  5.820-1 &  5.780-1 &  5.090-1 &  4.782-1 &  4.493-1 &  3.978-1 &  3.405-1 &  3.220-1 &  3.050-1 &  2.751-1 &  2.423-1 \\
 16 & 21 &  7.056-2 &  7.142-2 &  6.770-2 &  6.526-2 &  6.256-2 &  5.658-2 &  4.716-2 &  4.312-2 &  3.881-2 &  2.971-2 &  1.828-2 \\
 16 & 22 &  1.453-1 &  1.464-1 &  1.291-1 &  1.203-1 &  1.114-1 &  9.340-2 &  6.951-2 &  6.117-2 &  5.325-2 &  3.883-2 &  2.340-2 \\
 16 & 23 &  1.841-1 &  1.857-1 &  1.584-1 &  1.454-1 &  1.326-1 &  1.070-1 &  7.492-2 &  6.447-2 &  5.499-2 &  3.882-2 &  2.297-2 \\
 16 & 24 &  2.520-1 &  2.068-1 &  1.527-1 &  1.372-1 &  1.240-1 &  1.001-1 &  7.119-2 &  6.171-2 &  5.303-2 &  3.798-2 &  2.286-2 \\
 16 & 25 &  2.281-1 &  2.302-1 &  2.115-1 &  2.038-1 &  1.958-1 &  1.763-1 &  1.433-1 &  1.297-1 &  1.156-1 &  8.708-2 &  5.283-2 \\
 16 & 26 &  9.765-2 &  9.394-2 &  8.471-2 &  8.147-2 &  7.816-2 &  7.013-2 &  5.631-2 &  5.053-2 &  4.459-2 &  3.285-2 &  1.939-2 \\
 16 & 27 &  5.742-2 &  5.331-2 &  5.380-2 &  5.380-2 &  5.284-2 &  4.863-2 &  4.215-2 &  4.014-2 &  3.841-2 &  3.577-2 &  3.351-2 \\
& & & & & & & & & & & \\ \hline                                                                                                            
\end{tabular}                                                                                                                               
\newpage                                                                                                                                    
\begin{flushleft}                                                                                                                           
{\bf Table 3.} Effective Collision Strengths for Transitions in  Fe XI. ($a{\pm}b \equiv a{\times}10^{{\pm}b}$).                            
\newline                                                                                                                                    
\end{flushleft}                                                                                                                             
\begin{tabular}{rrlllllllllll} \hline                                                                                                       
 & & & & & & & & & & & \\                                                                                                                  
\multicolumn{2}{c}{Transition} & \multicolumn{11}{c}{Temperature (log T$_e$, K)}\\                                                          
 & & & & & & & & & & & \\ \hline                                                                                                           
 & & & & & & & & & & & \\                                                                                                                  
 $i$ & $j$ & 4.00 &        4.30 &        4.70 &        4.85 &     5.00 &     5.30 &     5.70 &     5.85 &     6.00 &     6.30 &     6.70 \\ 
 & & & & & & & & & & & \\ \hline                                                                                                           
 & & & & & & & & & & & \\                                                                                                                  
 16 & 28 &  1.170-2 &  8.588-3 &  6.181-3 &  5.725-3 &  5.340-3 &  4.513-3 &  3.298-3 &  2.861-3 &  2.445-3 &  1.698-3 &  9.287-4 \\
 16 & 29 &  4.153-2 &  3.754-2 &  3.436-2 &  3.358-2 &  3.250-2 &  2.901-2 &  2.282-2 &  2.039-2 &  1.797-2 &  1.332-2 &  8.048-3 \\
 16 & 30 &  6.467-2 &  6.255-2 &  6.052-2 &  5.966-2 &  5.859-2 &  5.588-2 &  5.234-2 &  5.130-2 &  5.045-2 &  4.938-2 &  4.863-2 \\
 16 & 31 &  1.435-1 &  1.351-1 &  1.260-1 &  1.231-1 &  1.200-1 &  1.122-1 &  9.958-2 &  9.452-2 &  8.940-2 &  7.940-2 &  6.701-2 \\
 16 & 32 &  3.505-2 &  2.813-2 &  2.275-2 &  2.177-2 &  2.074-2 &  1.793-2 &  1.342-2 &  1.175-2 &  1.014-2 &  7.186-3 &  4.075-3 \\
 16 & 33 &  9.801-2 &  9.485-2 &  9.633-2 &  9.548-2 &  9.310-2 &  8.541-2 &  7.466-2 &  7.131-2 &  6.842-2 &  6.390-2 &  5.971-2 \\
 16 & 34 &  1.602-1 &  1.604-1 &  1.598-1 &  1.593-1 &  1.587-1 &  1.568-1 &  1.530-1 &  1.513-1 &  1.497-1 &  1.469-1 &  1.453-1 \\
 16 & 35 &  1.268-1 &  1.403-1 &  1.541-1 &  1.524-1 &  1.476-1 &  1.335-1 &  1.168-1 &  1.123-1 &  1.087-1 &  1.038-1 &  1.009-1 \\
 16 & 36 &  5.377-2 &  5.307-2 &  5.354-2 &  5.276-2 &  5.112-2 &  4.599-2 &  3.735-2 &  3.380-2 &  3.012-2 &  2.274-2 &  1.412-2 \\
 16 & 37 &  1.076-1 &  1.158-1 &  1.186-1 &  1.154-1 &  1.112-1 &  1.029-1 &  9.598-2 &  9.486-2 &  9.447-2 &  9.539-2 &  9.699-2 \\
 16 & 38 &  7.782-2 &  9.219-2 &  8.382-2 &  7.638-2 &  6.877-2 &  5.553-2 &  4.283-2 &  3.907-2 &  3.566-2 &  2.966-2 &  2.348-2 \\
 16 & 39 &  5.661-2 &  6.039-2 &  4.731-2 &  4.089-2 &  3.498-2 &  2.566-2 &  1.776-2 &  1.565-2 &  1.381-2 &  1.074-2 &  7.587-3 \\
 16 & 40 &  8.599-3 &  9.322-3 &  8.557-3 &  7.900-3 &  7.203-3 &  5.915-3 &  4.509-3 &  4.030-3 &  3.561-3 &  2.653-3 &  1.593-3 \\
 16 & 41 &  5.978-2 &  4.859-2 &  3.387-2 &  2.920-2 &  2.521-2 &  1.916-2 &  1.389-2 &  1.235-2 &  1.095-2 &  8.405-3 &  5.591-3 \\
 16 & 42 &  1.908-1 &  1.518-1 &  1.028-1 &  8.801-2 &  7.563-2 &  5.691-2 &  3.997-2 &  3.483-2 &  3.010-2 &  2.173-2 &  1.329-2 \\
 16 & 43 &  8.033-2 &  7.115-2 &  5.246-2 &  4.611-2 &  4.055-2 &  3.172-2 &  2.315-2 &  2.043-2 &  1.789-2 &  1.336-2 &  8.779-3 \\
 16 & 44 &  2.248-2 &  1.830-2 &  1.409-2 &  1.273-2 &  1.148-2 &  9.352-3 &  7.044-3 &  6.255-3 &  5.498-3 &  4.131-3 &  2.786-3 \\
 16 & 45 &  3.928-2 &  3.521-2 &  2.922-2 &  2.691-2 &  2.470-2 &  2.075-2 &  1.609-2 &  1.438-2 &  1.266-2 &  9.306-3 &  5.489-3 \\
 16 & 46 &  4.083-2 &  3.819-2 &  3.493-2 &  3.371-2 &  3.246-2 &  2.967-2 &  2.491-2 &  2.272-2 &  2.035-2 &  1.532-2 &  9.164-3 \\
 16 & 47 &  3.274-3 &  3.306-3 &  3.272-3 &  3.230-3 &  3.168-3 &  2.976-3 &  2.548-3 &  2.332-3 &  2.092-3 &  1.576-3 &  9.435-4 \\
 16 & 48 &  2.947-5 &  2.941-5 &  2.904-5 &  2.878-5 &  2.843-5 &  2.737-5 &  2.480-5 &  2.335-5 &  2.161-5 &  1.738-5 &  1.131-5 \\
 17 & 18 &  2.015-1 &  1.956-1 &  1.776-1 &  1.704-1 &  1.635-1 &  1.500-1 &  1.324-1 &  1.260-1 &  1.199-1 &  1.084-1 &  9.526-2 \\
 17 & 19 &  3.629-1 &  3.741-1 &  2.807-1 &  2.426-1 &  2.091-1 &  1.576-1 &  1.143-1 &  1.031-1 &  9.386-2 &  7.945-2 &  6.599-2 \\
 17 & 20 &  7.837-2 &  7.621-2 &  6.365-2 &  5.821-2 &  5.303-2 &  4.360-2 &  3.253-2 &  2.877-2 &  2.517-2 &  1.850-2 &  1.110-2 \\
 17 & 21 &  3.239-2 &  3.257-2 &  3.099-2 &  3.001-2 &  2.891-2 &  2.638-2 &  2.212-2 &  2.025-2 &  1.824-2 &  1.399-2 &  8.629-3 \\
 17 & 22 &  8.841-2 &  8.121-2 &  6.531-2 &  5.945-2 &  5.406-2 &  4.371-2 &  3.092-2 &  2.677-2 &  2.303-2 &  1.667-2 &  1.047-2 \\
 17 & 23 &  6.100-2 &  6.204-2 &  5.194-2 &  4.688-2 &  4.201-2 &  3.266-2 &  2.166-2 &  1.829-2 &  1.536-2 &  1.072-2 &  6.720-3 \\
 17 & 24 &  3.489-2 &  3.141-2 &  2.480-2 &  2.256-2 &  2.059-2 &  1.701-2 &  1.251-2 &  1.095-2 &  9.485-3 &  6.840-3 &  4.062-3 \\
 17 & 25 &  8.327-2 &  8.348-2 &  7.666-2 &  7.355-2 &  7.033-2 &  6.291-2 &  5.095-2 &  4.607-2 &  4.105-2 &  3.093-2 &  1.875-2 \\
 17 & 26 &  5.564-2 &  5.128-2 &  4.413-2 &  4.214-2 &  4.034-2 &  3.629-2 &  2.952-2 &  2.675-2 &  2.394-2 &  1.842-2 &  1.206-2 \\
 17 & 27 &  7.816-2 &  7.445-2 &  7.576-2 &  7.524-2 &  7.348-2 &  6.779-2 &  6.075-2 &  5.900-2 &  5.775-2 &  5.651-2 &  5.551-2 \\
 17 & 28 &  7.125-3 &  5.319-3 &  4.029-3 &  3.774-3 &  3.551-3 &  3.051-3 &  2.285-3 &  2.000-3 &  1.725-3 &  1.219-3 &  6.841-4 \\
 17 & 29 &  3.868-2 &  3.370-2 &  2.992-2 &  2.908-2 &  2.828-2 &  2.628-2 &  2.264-2 &  2.110-2 &  1.950-2 &  1.633-2 &  1.263-2 \\
 17 & 30 &  7.899-2 &  7.752-2 &  7.649-2 &  7.616-2 &  7.566-2 &  7.376-2 &  6.988-2 &  6.827-2 &  6.669-2 &  6.373-2 &  6.026-2 \\
 17 & 31 &  2.070-2 &  1.845-2 &  1.630-2 &  1.566-2 &  1.500-2 &  1.348-2 &  1.099-2 &  9.946-3 &  8.865-3 &  6.666-3 &  4.020-3 \\
 17 & 32 &  7.210-2 &  7.109-2 &  6.984-2 &  6.949-2 &  6.913-2 &  6.812-2 &  6.610-2 &  6.524-2 &  6.438-2 &  6.280-2 &  6.077-2 \\
 17 & 33 &  3.643-2 &  3.939-2 &  4.328-2 &  4.334-2 &  4.251-2 &  3.920-2 &  3.430-2 &  3.277-2 &  3.143-2 &  2.936-2 &  2.764-2 \\
 17 & 34 &  2.100-2 &  2.109-2 &  2.095-2 &  2.083-2 &  2.064-2 &  1.984-2 &  1.814-2 &  1.742-2 &  1.668-2 &  1.527-2 &  1.371-2 \\
 17 & 35 &  1.685-2 &  2.016-2 &  2.293-2 &  2.254-2 &  2.143-2 &  1.800-2 &  1.327-2 &  1.173-2 &  1.034-2 &  7.939-3 &  5.522-3 \\
 17 & 36 &  3.181-2 &  3.108-2 &  3.117-2 &  3.090-2 &  3.021-2 &  2.777-2 &  2.309-2 &  2.102-2 &  1.882-2 &  1.429-2 &  8.798-3 \\
 17 & 37 &  3.932-2 &  4.001-2 &  4.051-2 &  3.959-2 &  3.825-2 &  3.537-2 &  3.279-2 &  3.234-2 &  3.215-2 &  3.240-2 &  3.351-2 \\
 17 & 38 &  1.972-2 &  2.658-2 &  2.542-2 &  2.272-2 &  1.975-2 &  1.442-2 &  9.505-3 &  8.159-3 &  6.991-3 &  5.045-3 &  3.101-3 \\
 17 & 39 &  2.524-2 &  2.690-2 &  2.202-2 &  1.932-2 &  1.671-2 &  1.242-2 &  8.547-3 &  7.452-3 &  6.475-3 &  4.785-3 &  3.024-3 \\
 17 & 40 &  8.889-3 &  8.678-3 &  7.060-3 &  6.263-3 &  5.498-3 &  4.213-3 &  2.984-3 &  2.612-3 &  2.267-3 &  1.644-3 &  9.651-4 \\
 17 & 41 &  2.554-2 &  2.535-2 &  1.968-2 &  1.721-2 &  1.495-2 &  1.141-2 &  8.332-3 &  7.478-3 &  6.720-3 &  5.411-3 &  4.012-3 \\
 17 & 42 &  5.975-2 &  4.805-2 &  3.263-2 &  2.797-2 &  2.404-2 &  1.809-2 &  1.279-2 &  1.123-2 &  9.825-3 &  7.453-3 &  5.234-3 \\
 17 & 43 &  3.592-2 &  3.296-2 &  2.633-2 &  2.384-2 &  2.154-2 &  1.758-2 &  1.321-2 &  1.167-2 &  1.016-2 &  7.306-3 &  4.205-3 \\
& & & & & & & & & & & \\ \hline                                                                                                            
\end{tabular}                                                                                                                               
\newpage                                                                                                                                    
\begin{flushleft}                                                                                                                           
{\bf Table 3.} Effective Collision Strengths for Transitions in  Fe XI. ($a{\pm}b \equiv a{\times}10^{{\pm}b}$).                            
\newline                                                                                                                                    
\end{flushleft}                                                                                                                             
\begin{tabular}{rrlllllllllll} \hline                                                                                                       
 & & & & & & & & & & & \\                                                                                                                  
\multicolumn{2}{c}{Transition} & \multicolumn{11}{c}{Temperature (log T$_e$, K)}\\                                                          
 & & & & & & & & & & & \\ \hline                                                                                                           
 & & & & & & & & & & & \\                                                                                                                  
 $i$ & $j$ & 4.00 &        4.30 &        4.70 &        4.85 &     5.00 &     5.30 &     5.70 &     5.85 &     6.00 &     6.30 &     6.70 \\ 
 & & & & & & & & & & & \\ \hline                                                                                                           
 & & & & & & & & & & & \\                                                                                                                  
 17 & 44 &  1.947-2 &  1.637-2 &  1.221-2 &  1.063-2 &  9.164-3 &  6.751-3 &  4.500-3 &  3.843-3 &  3.253-3 &  2.246-3 &  1.257-3 \\
 17 & 45 &  1.679-2 &  1.599-2 &  1.320-2 &  1.190-2 &  1.065-2 &  8.478-3 &  6.205-3 &  5.458-3 &  4.746-3 &  3.436-3 &  2.029-3 \\
 17 & 46 &  1.847-2 &  1.712-2 &  1.543-2 &  1.483-2 &  1.423-2 &  1.296-2 &  1.084-2 &  9.890-3 &  8.858-3 &  6.684-3 &  4.013-3 \\
 17 & 47 &  1.294-3 &  1.293-3 &  1.207-3 &  1.165-3 &  1.119-3 &  1.021-3 &  8.583-4 &  7.834-4 &  7.019-4 &  5.293-4 &  3.179-4 \\
 17 & 48 &  6.929-5 &  6.965-5 &  7.025-5 &  7.057-5 &  7.096-5 &  7.209-5 &  7.486-5 &  7.650-5 &  7.859-5 &  8.433-5 &  9.480-5 \\
 18 & 19 &  4.287-1 &  4.271-1 &  3.902-1 &  3.714-1 &  3.518-1 &  3.098-1 &  2.480-1 &  2.238-1 &  1.994-1 &  1.511-1 &  9.387-2 \\
 18 & 20 &  1.692-1 &  1.623-1 &  1.340-1 &  1.230-1 &  1.132-1 &  9.472-2 &  7.108-2 &  6.294-2 &  5.530-2 &  4.167-2 &  2.747-2 \\
 18 & 21 &  3.034-2 &  3.107-2 &  2.879-2 &  2.782-2 &  2.691-2 &  2.437-2 &  1.959-2 &  1.779-2 &  1.609-2 &  1.311-2 &  1.002-2 \\
 18 & 22 &  2.038-1 &  2.347-1 &  2.229-1 &  2.082-1 &  1.920-1 &  1.576-1 &  1.138-1 &  9.914-2 &  8.547-2 &  6.112-2 &  3.561-2 \\
 18 & 23 &  1.580-1 &  1.573-1 &  1.452-1 &  1.415-1 &  1.376-1 &  1.243-1 &  9.675-2 &  8.576-2 &  7.500-2 &  5.502-2 &  3.345-2 \\
 18 & 24 &  8.966-2 &  8.446-2 &  7.356-2 &  7.077-2 &  6.844-2 &  6.174-2 &  4.794-2 &  4.236-2 &  3.689-2 &  2.678-2 &  1.604-2 \\
 18 & 25 &  2.101-1 &  2.104-1 &  1.609-1 &  1.444-1 &  1.302-1 &  1.041-1 &  7.265-2 &  6.254-2 &  5.341-2 &  3.779-2 &  2.197-2 \\
 18 & 26 &  8.821-2 &  8.087-2 &  7.049-2 &  6.827-2 &  6.620-2 &  6.005-2 &  4.806-2 &  4.318-2 &  3.830-2 &  2.894-2 &  1.838-2 \\
 18 & 27 &  6.328-2 &  5.380-2 &  4.744-2 &  4.632-2 &  4.482-2 &  4.000-2 &  3.228-2 &  2.959-2 &  2.710-2 &  2.275-2 &  1.809-2 \\
 18 & 28 &  1.923-1 &  1.928-1 &  1.928-1 &  1.927-1 &  1.927-1 &  1.929-1 &  1.933-1 &  1.936-1 &  1.940-1 &  1.953-1 &  1.960-1 \\
 18 & 29 &  6.232-2 &  5.452-2 &  4.839-2 &  4.724-2 &  4.601-2 &  4.210-2 &  3.425-2 &  3.093-2 &  2.753-2 &  2.082-2 &  1.315-2 \\
 18 & 30 &  4.634-2 &  4.380-2 &  4.344-2 &  4.414-2 &  4.425-2 &  4.138-2 &  3.350-2 &  3.028-2 &  2.712-2 &  2.131-2 &  1.508-2 \\
 18 & 31 &  2.111-2 &  1.837-2 &  1.599-2 &  1.546-2 &  1.481-2 &  1.289-2 &  9.670-3 &  8.500-3 &  7.388-3 &  5.378-3 &  3.269-3 \\
 18 & 32 &  9.473-2 &  9.334-2 &  9.356-2 &  9.395-2 &  9.403-2 &  9.291-2 &  8.996-2 &  8.880-2 &  8.771-2 &  8.589-2 &  8.388-2 \\
 18 & 33 &  1.955-1 &  1.975-1 &  2.011-1 &  2.018-1 &  2.016-1 &  1.981-1 &  1.903-1 &  1.872-1 &  1.841-1 &  1.787-1 &  1.727-1 \\
 18 & 34 &  1.517-2 &  1.477-2 &  1.458-2 &  1.459-2 &  1.446-2 &  1.357-2 &  1.145-2 &  1.055-2 &  9.640-3 &  7.882-3 &  5.856-3 \\
 18 & 35 &  3.977-2 &  4.011-2 &  4.208-2 &  4.255-2 &  4.231-2 &  3.987-2 &  3.532-2 &  3.379-2 &  3.243-2 &  3.025-2 &  2.866-2 \\
 18 & 36 &  2.547-2 &  2.748-2 &  3.232-2 &  3.291-2 &  3.242-2 &  2.915-2 &  2.302-2 &  2.064-2 &  1.828-2 &  1.376-2 &  8.711-3 \\
 18 & 37 &  2.894-2 &  3.897-2 &  4.902-2 &  4.789-2 &  4.484-2 &  3.680-2 &  2.801-2 &  2.569-2 &  2.385-2 &  2.128-2 &  1.954-2 \\
 18 & 38 &  1.311-1 &  1.513-1 &  1.145-1 &  9.540-2 &  7.784-2 &  5.065-2 &  2.917-2 &  2.402-2 &  1.986-2 &  1.363-2 &  8.217-3 \\
 18 & 39 &  9.799-2 &  9.076-2 &  6.490-2 &  5.535-2 &  4.707-2 &  3.471-2 &  2.482-2 &  2.229-2 &  2.014-2 &  1.665-2 &  1.319-2 \\
 18 & 40 &  3.382-2 &  3.229-2 &  2.729-2 &  2.532-2 &  2.356-2 &  2.081-2 &  1.840-2 &  1.773-2 &  1.715-2 &  1.616-2 &  1.487-2 \\
 18 & 41 &  6.801-2 &  5.651-2 &  3.915-2 &  3.368-2 &  2.905-2 &  2.212-2 &  1.608-2 &  1.430-2 &  1.266-2 &  9.675-3 &  6.376-3 \\
 18 & 42 &  1.086-1 &  8.919-2 &  5.942-2 &  5.015-2 &  4.237-2 &  3.086-2 &  2.114-2 &  1.842-2 &  1.597-2 &  1.172-2 &  7.311-3 \\
 18 & 43 &  7.735-2 &  6.383-2 &  4.384-2 &  3.767-2 &  3.247-2 &  2.472-2 &  1.825-2 &  1.651-2 &  1.502-2 &  1.264-2 &  1.053-2 \\
 18 & 44 &  3.458-2 &  2.982-2 &  2.434-2 &  2.249-2 &  2.082-2 &  1.808-2 &  1.535-2 &  1.447-2 &  1.364-2 &  1.211-2 &  1.043-2 \\
 18 & 45 &  3.251-2 &  3.042-2 &  2.558-2 &  2.340-2 &  2.127-2 &  1.745-2 &  1.314-2 &  1.163-2 &  1.015-2 &  7.369-3 &  4.336-3 \\
 18 & 46 &  4.238-2 &  3.919-2 &  3.511-2 &  3.366-2 &  3.221-2 &  2.913-2 &  2.407-2 &  2.181-2 &  1.938-2 &  1.437-2 &  8.446-3 \\
 18 & 47 &  4.941-3 &  5.055-3 &  4.965-3 &  4.865-3 &  4.734-3 &  4.387-3 &  3.715-3 &  3.396-3 &  3.047-3 &  2.310-3 &  1.409-3 \\
 18 & 48 &  8.479-5 &  8.463-5 &  8.367-5 &  8.300-5 &  8.208-5 &  7.924-5 &  7.235-5 &  6.852-5 &  6.389-5 &  5.240-5 &  3.489-5 \\
 19 & 20 &  5.923-1 &  5.784-1 &  4.965-1 &  4.640-1 &  4.341-1 &  3.769-1 &  2.973-1 &  2.670-1 &  2.366-1 &  1.777-1 &  1.095-1 \\
 19 & 21 &  3.157-2 &  3.203-2 &  2.724-2 &  2.518-2 &  2.332-2 &  1.942-2 &  1.367-2 &  1.168-2 &  9.870-3 &  6.783-3 &  3.758-3 \\
 19 & 22 &  2.667-1 &  2.497-1 &  2.108-1 &  1.963-1 &  1.828-1 &  1.559-1 &  1.193-1 &  1.061-1 &  9.340-2 &  6.975-2 &  4.373-2 \\
 19 & 23 &  2.183-1 &  2.121-1 &  1.853-1 &  1.763-1 &  1.673-1 &  1.432-1 &  1.025-1 &  8.808-2 &  7.477-2 &  5.193-2 &  2.944-2 \\
 19 & 24 &  3.250-1 &  3.014-1 &  2.632-1 &  2.518-1 &  2.412-1 &  2.155-1 &  1.697-1 &  1.514-1 &  1.333-1 &  9.888-2 &  6.095-2 \\
 19 & 25 &  1.734-1 &  1.649-1 &  1.485-1 &  1.461-1 &  1.432-1 &  1.283-1 &  9.530-2 &  8.277-2 &  7.098-2 &  5.020-2 &  2.902-2 \\
 19 & 26 &  1.335-1 &  1.213-1 &  1.025-1 &  9.770-2 &  9.344-2 &  8.362-2 &  6.728-2 &  6.089-2 &  5.457-2 &  4.256-2 &  2.899-2 \\
 19 & 27 &  1.590-1 &  1.404-1 &  1.228-1 &  1.188-1 &  1.152-1 &  1.080-1 &  9.829-2 &  9.483-2 &  9.145-2 &  8.535-2 &  7.922-2 \\
 19 & 28 &  1.545-2 &  1.138-2 &  8.979-3 &  8.712-3 &  8.424-3 &  7.384-3 &  5.472-3 &  4.769-3 &  4.103-3 &  2.905-3 &  1.646-3 \\
 19 & 29 &  1.541-1 &  1.356-1 &  1.220-1 &  1.201-1 &  1.183-1 &  1.122-1 &  1.000-1 &  9.516-2 &  9.044-2 &  8.176-2 &  7.243-2 \\
 19 & 30 &  1.498-1 &  1.463-1 &  1.439-1 &  1.439-1 &  1.435-1 &  1.400-1 &  1.313-1 &  1.277-1 &  1.242-1 &  1.179-1 &  1.111-1 \\
 19 & 31 &  8.880-2 &  7.660-2 &  6.479-2 &  6.203-2 &  5.934-2 &  5.263-2 &  4.164-2 &  3.741-2 &  3.323-2 &  2.537-2 &  1.690-2 \\
& & & & & & & & & & & \\ \hline                                                                                                            
\end{tabular}                                                                                                                               
\newpage                                                                                                                                    
\begin{flushleft}                                                                                                                           
{\bf Table 3.} Effective Collision Strengths for Transitions in  Fe XI. ($a{\pm}b \equiv a{\times}10^{{\pm}b}$).                            
\newline                                                                                                                                    
\end{flushleft}                                                                                                                             
\begin{tabular}{rrlllllllllll} \hline                                                                                                       
 & & & & & & & & & & & \\                                                                                                                  
\multicolumn{2}{c}{Transition} & \multicolumn{11}{c}{Temperature (log T$_e$, K)}\\                                                          
 & & & & & & & & & & & \\ \hline                                                                                                           
 & & & & & & & & & & & \\                                                                                                                  
 $i$ & $j$ & 4.00 &        4.30 &        4.70 &        4.85 &     5.00 &     5.30 &     5.70 &     5.85 &     6.00 &     6.30 &     6.70 \\ 
 & & & & & & & & & & & \\ \hline                                                                                                           
 & & & & & & & & & & & \\                                                                                                                  
 19 & 32 &  3.323-1 &  3.305-1 &  3.279-1 &  3.273-1 &  3.268-1 &  3.258-1 &  3.242-1 &  3.238-1 &  3.237-1 &  3.248-1 &  3.251-1 \\
 19 & 33 &  4.239-2 &  3.753-2 &  3.654-2 &  3.684-2 &  3.621-2 &  3.164-2 &  2.280-2 &  1.964-2 &  1.671-2 &  1.163-2 &  6.549-3 \\
 19 & 34 &  7.977-2 &  7.861-2 &  7.777-2 &  7.766-2 &  7.747-2 &  7.644-2 &  7.397-2 &  7.296-2 &  7.199-2 &  7.032-2 &  6.778-2 \\
 19 & 35 &  1.647-1 &  1.660-1 &  1.705-1 &  1.715-1 &  1.709-1 &  1.654-1 &  1.543-1 &  1.501-1 &  1.461-1 &  1.391-1 &  1.332-1 \\
 19 & 36 &  3.265-2 &  3.572-2 &  4.451-2 &  4.594-2 &  4.549-2 &  4.050-2 &  3.102-2 &  2.748-2 &  2.406-2 &  1.773-2 &  1.089-2 \\
 19 & 37 &  3.856-2 &  5.393-2 &  6.987-2 &  6.838-2 &  6.395-2 &  5.201-2 &  3.850-2 &  3.478-2 &  3.170-2 &  2.710-2 &  2.304-2 \\
 19 & 38 &  1.365-1 &  1.722-1 &  1.404-1 &  1.197-1 &  1.001-1 &  6.859-2 &  4.278-2 &  3.636-2 &  3.108-2 &  2.296-2 &  1.571-2 \\
 19 & 39 &  1.059-1 &  1.046-1 &  7.743-2 &  6.645-2 &  5.673-2 &  4.189-2 &  2.964-2 &  2.641-2 &  2.363-2 &  1.901-2 &  1.418-2 \\
 19 & 40 &  4.264-2 &  3.095-2 &  1.811-2 &  1.446-2 &  1.149-2 &  7.278-3 &  4.136-3 &  3.392-3 &  2.790-3 &  1.876-3 &  1.046-3 \\
 19 & 41 &  1.016-1 &  8.596-2 &  6.502-2 &  5.850-2 &  5.296-2 &  4.442-2 &  3.630-2 &  3.368-2 &  3.116-2 &  2.635-2 &  2.073-2 \\
 19 & 42 &  1.738-1 &  1.463-1 &  9.744-2 &  8.173-2 &  6.853-2 &  4.926-2 &  3.405-2 &  3.019-2 &  2.695-2 &  2.184-2 &  1.713-2 \\
 19 & 43 &  1.093-1 &  9.244-2 &  6.674-2 &  5.869-2 &  5.184-2 &  4.141-2 &  3.227-2 &  2.964-2 &  2.727-2 &  2.313-2 &  1.878-2 \\
 19 & 44 &  2.956-2 &  2.411-2 &  1.769-2 &  1.548-2 &  1.349-2 &  1.028-2 &  7.356-3 &  6.515-3 &  5.770-3 &  4.529-3 &  3.398-3 \\
 19 & 45 &  5.076-2 &  4.857-2 &  4.227-2 &  3.922-2 &  3.617-2 &  3.059-2 &  2.420-2 &  2.194-2 &  1.973-2 &  1.555-2 &  1.092-2 \\
 19 & 46 &  6.763-2 &  6.285-2 &  5.611-2 &  5.369-2 &  5.129-2 &  4.629-2 &  3.824-2 &  3.466-2 &  3.084-2 &  2.297-2 &  1.364-2 \\
 19 & 47 &  8.231-3 &  8.387-3 &  8.274-3 &  8.124-3 &  7.922-3 &  7.372-3 &  6.293-3 &  5.780-3 &  5.218-3 &  4.029-3 &  2.575-3 \\
 19 & 48 &  1.198-4 &  1.194-4 &  1.176-4 &  1.165-4 &  1.150-4 &  1.109-4 &  1.011-4 &  9.569-5 &  8.922-5 &  7.320-5 &  4.883-5 \\
 20 & 21 &  2.691-2 &  2.933-2 &  2.502-2 &  2.268-2 &  2.049-2 &  1.617-2 &  1.053-2 &  8.726-3 &  7.146-3 &  4.630-3 &  2.407-3 \\
 20 & 22 &  1.432-1 &  1.322-1 &  1.003-1 &  8.892-2 &  7.884-2 &  5.945-2 &  3.579-2 &  2.881-2 &  2.302-2 &  1.450-2 &  7.644-3 \\
 20 & 23 &  5.303-1 &  4.731-1 &  3.669-1 &  3.314-1 &  3.001-1 &  2.445-1 &  1.788-1 &  1.569-1 &  1.365-1 &  9.998-2 &  6.139-2 \\
 20 & 24 &  7.266-1 &  6.563-1 &  5.657-1 &  5.404-1 &  5.170-1 &  4.584-1 &  3.555-1 &  3.152-1 &  2.757-1 &  2.015-1 &  1.204-1 \\
 20 & 25 &  2.201-1 &  2.081-1 &  1.827-1 &  1.803-1 &  1.777-1 &  1.590-1 &  1.147-1 &  9.804-2 &  8.273-2 &  5.669-2 &  3.150-2 \\
 20 & 26 &  1.448-1 &  1.352-1 &  1.158-1 &  1.097-1 &  1.043-1 &  9.300-2 &  7.614-2 &  6.977-2 &  6.354-2 &  5.183-2 &  3.870-2 \\
 20 & 27 &  4.440-2 &  3.224-2 &  2.184-2 &  1.980-2 &  1.806-2 &  1.433-2 &  9.333-3 &  7.766-3 &  6.401-3 &  4.219-3 &  2.250-3 \\
 20 & 28 &  2.049-2 &  1.534-2 &  1.029-2 &  9.248-3 &  8.431-3 &  6.895-3 &  4.874-3 &  4.197-3 &  3.580-3 &  2.525-3 &  1.502-3 \\
 20 & 29 &  2.186-1 &  2.122-1 &  2.039-1 &  2.025-1 &  2.009-1 &  1.947-1 &  1.813-1 &  1.759-1 &  1.706-1 &  1.611-1 &  1.506-1 \\
 20 & 30 &  8.218-2 &  7.666-2 &  7.112-2 &  7.005-2 &  6.901-2 &  6.599-2 &  6.053-2 &  5.845-2 &  5.646-2 &  5.291-2 &  4.895-2 \\
 20 & 31 &  3.381-1 &  3.142-1 &  2.884-1 &  2.840-1 &  2.795-1 &  2.643-1 &  2.345-1 &  2.229-1 &  2.117-1 &  1.913-1 &  1.693-1 \\
 20 & 32 &  5.226-2 &  3.906-2 &  2.623-2 &  2.361-2 &  2.144-2 &  1.713-2 &  1.162-2 &  9.866-3 &  8.313-3 &  5.754-3 &  3.351-3 \\
 20 & 33 &  1.784-1 &  1.605-1 &  1.471-1 &  1.444-1 &  1.418-1 &  1.355-1 &  1.259-1 &  1.223-1 &  1.188-1 &  1.125-1 &  1.071-1 \\
 20 & 34 &  5.210-1 &  5.211-1 &  5.196-1 &  5.189-1 &  5.185-1 &  5.176-1 &  5.154-1 &  5.147-1 &  5.144-1 &  5.155-1 &  5.155-1 \\
 20 & 35 &  2.136-1 &  2.152-1 &  2.223-1 &  2.245-1 &  2.241-1 &  2.155-1 &  1.955-1 &  1.875-1 &  1.796-1 &  1.650-1 &  1.491-1 \\
 20 & 36 &  4.495-2 &  4.983-2 &  6.521-2 &  6.806-2 &  6.776-2 &  6.026-2 &  4.566-2 &  4.033-2 &  3.525-2 &  2.604-2 &  1.627-2 \\
 20 & 37 &  3.014-2 &  4.027-2 &  5.635-2 &  5.668-2 &  5.389-2 &  4.370-2 &  2.978-2 &  2.535-2 &  2.135-2 &  1.452-2 &  7.889-3 \\
 20 & 38 &  1.557-1 &  2.129-1 &  1.800-1 &  1.543-1 &  1.292-1 &  8.851-2 &  5.468-2 &  4.622-2 &  3.924-2 &  2.849-2 &  1.891-2 \\
 20 & 39 &  9.378-2 &  9.901-2 &  7.277-2 &  6.121-2 &  5.084-2 &  3.487-2 &  2.177-2 &  1.839-2 &  1.551-2 &  1.087-2 &  6.462-3 \\
 20 & 40 &  2.105-2 &  1.735-2 &  1.255-2 &  1.082-2 &  9.248-3 &  6.725-3 &  4.490-3 &  3.868-3 &  3.320-3 &  2.399-3 &  1.517-3 \\
 20 & 41 &  8.810-2 &  7.768-2 &  6.233-2 &  5.704-2 &  5.229-2 &  4.431-2 &  3.538-2 &  3.208-2 &  2.870-2 &  2.181-2 &  1.336-2 \\
 20 & 42 &  3.469-1 &  2.708-1 &  1.766-1 &  1.493-1 &  1.270-1 &  9.544-2 &  7.226-2 &  6.695-2 &  6.281-2 &  5.705-2 &  5.257-2 \\
 20 & 43 &  8.886-2 &  7.829-2 &  5.714-2 &  4.969-2 &  4.306-2 &  3.252-2 &  2.285-2 &  1.999-2 &  1.737-2 &  1.276-2 &  7.976-3 \\
 20 & 44 &  2.934-2 &  2.249-2 &  1.640-2 &  1.443-2 &  1.261-2 &  9.598-3 &  6.728-3 &  5.876-3 &  5.101-3 &  3.738-3 &  2.322-3 \\
 20 & 45 &  5.733-2 &  5.712-2 &  5.109-2 &  4.744-2 &  4.359-2 &  3.623-2 &  2.749-2 &  2.436-2 &  2.126-2 &  1.536-2 &  8.844-3 \\
 20 & 46 &  1.023-1 &  9.472-2 &  8.371-2 &  7.984-2 &  7.608-2 &  6.844-2 &  5.650-2 &  5.124-2 &  4.565-2 &  3.413-2 &  2.050-2 \\
 20 & 47 &  1.229-2 &  1.242-2 &  1.226-2 &  1.205-2 &  1.175-2 &  1.091-2 &  9.241-3 &  8.440-3 &  7.562-3 &  5.692-3 &  3.395-3 \\
 20 & 48 &  1.568-4 &  1.561-4 &  1.531-4 &  1.514-4 &  1.493-4 &  1.437-4 &  1.310-4 &  1.241-4 &  1.157-4 &  9.495-5 &  6.329-5 \\
 21 & 22 &  2.758-2 &  2.916-2 &  2.498-2 &  2.294-2 &  2.110-2 &  1.766-2 &  1.318-2 &  1.158-2 &  1.006-2 &  7.248-3 &  4.197-3 \\
 21 & 23 &  3.040-2 &  3.379-2 &  2.936-2 &  2.671-2 &  2.422-2 &  1.985-2 &  1.476-2 &  1.301-2 &  1.134-2 &  8.224-3 &  4.787-3 \\
& & & & & & & & & & & \\ \hline                                                                                                            
\end{tabular}                                                                                                                               
\newpage                                                                                                                                    
\begin{flushleft}                                                                                                                           
{\bf Table 3.} Effective Collision Strengths for Transitions in  Fe XI. ($a{\pm}b \equiv a{\times}10^{{\pm}b}$).                            
\newline                                                                                                                                    
\end{flushleft}                                                                                                                             
\begin{tabular}{rrlllllllllll} \hline                                                                                                       
 & & & & & & & & & & & \\                                                                                                                  
\multicolumn{2}{c}{Transition} & \multicolumn{11}{c}{Temperature (log T$_e$, K)}\\                                                          
 & & & & & & & & & & & \\ \hline                                                                                                           
 & & & & & & & & & & & \\                                                                                                                  
 $i$ & $j$ & 4.00 &        4.30 &        4.70 &        4.85 &     5.00 &     5.30 &     5.70 &     5.85 &     6.00 &     6.30 &     6.70 \\ 
 & & & & & & & & & & & \\ \hline                                                                                                           
 & & & & & & & & & & & \\                                                                                                                  
 21 & 24 &  2.794-2 &  2.771-2 &  2.296-2 &  2.133-2 &  1.998-2 &  1.763-2 &  1.422-2 &  1.283-2 &  1.139-2 &  8.484-3 &  5.044-3 \\
 21 & 25 &  5.380-2 &  4.530-2 &  2.772-2 &  2.288-2 &  1.908-2 &  1.323-2 &  7.690-3 &  6.237-3 &  5.105-3 &  3.687-3 &  3.113-3 \\
 21 & 26 &  2.264-1 &  2.247-1 &  2.232-1 &  2.233-1 &  2.234-1 &  2.229-1 &  2.213-1 &  2.210-1 &  2.209-1 &  2.218-1 &  2.272-1 \\
 21 & 27 &  1.083-2 &  9.530-3 &  8.471-3 &  8.308-3 &  8.128-3 &  7.485-3 &  6.133-3 &  5.548-3 &  4.939-3 &  3.704-3 &  2.223-3 \\
 21 & 28 &  5.742-3 &  5.012-3 &  4.463-3 &  4.394-3 &  4.287-3 &  3.843-3 &  2.967-3 &  2.619-3 &  2.273-3 &  1.621-3 &  9.127-4 \\
 21 & 29 &  2.382-3 &  2.119-3 &  2.359-3 &  2.583-3 &  2.708-3 &  2.517-3 &  1.796-3 &  1.523-3 &  1.273-3 &  8.511-4 &  4.519-4 \\
 21 & 30 &  5.126-3 &  4.730-3 &  5.005-3 &  5.230-3 &  5.319-3 &  4.994-3 &  4.074-3 &  3.724-3 &  3.396-3 &  2.816-3 &  2.214-3 \\
 21 & 31 &  3.331-3 &  2.779-3 &  2.412-3 &  2.396-3 &  2.357-3 &  2.100-3 &  1.545-3 &  1.336-3 &  1.140-3 &  7.975-4 &  4.631-4 \\
 21 & 32 &  1.280-2 &  1.176-2 &  1.124-2 &  1.122-2 &  1.109-2 &  1.025-2 &  8.292-3 &  7.435-3 &  6.546-3 &  4.773-3 &  2.747-3 \\
 21 & 33 &  9.612-3 &  8.901-3 &  8.406-3 &  8.374-3 &  8.278-3 &  7.727-3 &  6.452-3 &  5.899-3 &  5.331-3 &  4.182-3 &  2.776-3 \\
 21 & 34 &  1.107-2 &  1.079-2 &  1.049-2 &  1.039-2 &  1.024-2 &  9.681-3 &  8.430-3 &  7.856-3 &  7.258-3 &  6.030-3 &  4.479-3 \\
 21 & 35 &  8.344-3 &  8.354-3 &  8.669-3 &  8.784-3 &  8.766-3 &  8.268-3 &  6.943-3 &  6.326-3 &  5.663-3 &  4.277-3 &  2.580-3 \\
 21 & 36 &  2.161-3 &  2.764-3 &  3.795-3 &  3.857-3 &  3.714-3 &  3.084-3 &  2.146-3 &  1.836-3 &  1.552-3 &  1.061-3 &  5.746-4 \\
 21 & 37 &  3.273-3 &  5.294-3 &  7.878-3 &  7.878-3 &  7.385-3 &  5.707-3 &  3.563-3 &  2.939-3 &  2.411-3 &  1.595-3 &  8.781-4 \\
 21 & 38 &  9.322-3 &  1.255-2 &  1.247-2 &  1.137-2 &  1.008-2 &  7.587-3 &  5.107-3 &  4.386-3 &  3.741-3 &  2.627-3 &  1.480-3 \\
 21 & 39 &  2.429-2 &  2.640-2 &  1.906-2 &  1.567-2 &  1.260-2 &  7.902-3 &  4.256-3 &  3.400-3 &  2.722-3 &  1.730-3 &  8.978-4 \\
 21 & 40 &  2.004-2 &  1.492-2 &  8.546-3 &  6.715-3 &  5.216-3 &  3.103-3 &  1.578-3 &  1.237-3 &  9.739-4 &  6.026-4 &  3.054-4 \\
 21 & 41 &  1.581-2 &  1.529-2 &  1.092-2 &  8.950-3 &  7.165-3 &  4.430-3 &  2.312-3 &  1.822-3 &  1.439-3 &  8.964-4 &  4.635-4 \\
 21 & 42 &  1.467-2 &  1.121-2 &  7.695-3 &  6.699-3 &  5.858-3 &  4.553-3 &  3.295-3 &  2.891-3 &  2.505-3 &  1.790-3 &  1.018-3 \\
 21 & 43 &  9.445-3 &  8.252-3 &  5.991-3 &  5.179-3 &  4.453-3 &  3.308-3 &  2.279-3 &  1.984-3 &  1.721-3 &  1.272-3 &  8.122-4 \\
 21 & 44 &  3.840-3 &  3.505-3 &  2.794-3 &  2.437-3 &  2.088-3 &  1.503-3 &  9.725-4 &  8.250-4 &  6.955-4 &  4.786-4 &  2.652-4 \\
 21 & 45 &  4.921-3 &  4.909-3 &  4.180-3 &  3.795-3 &  3.418-3 &  2.742-3 &  1.978-3 &  1.714-3 &  1.461-3 &  1.011-3 &  5.764-4 \\
 21 & 46 &  6.274-3 &  5.873-3 &  5.306-3 &  5.096-3 &  4.881-3 &  4.412-3 &  3.616-3 &  3.255-3 &  2.867-3 &  2.072-3 &  1.159-3 \\
 21 & 47 &  1.084-4 &  1.008-4 &  8.856-5 &  8.373-5 &  7.887-5 &  6.893-5 &  5.417-5 &  4.810-5 &  4.190-5 &  2.988-5 &  1.681-5 \\
 21 & 48 &  7.212-6 &  7.209-6 &  7.146-6 &  7.103-6 &  7.048-6 &  6.888-6 &  6.443-6 &  6.157-6 &  5.788-6 &  4.804-6 &  3.224-6 \\
 22 & 23 &  7.794-1 &  7.586-1 &  6.526-1 &  6.154-1 &  5.816-1 &  5.114-1 &  4.045-1 &  3.629-1 &  3.214-1 &  2.411-1 &  1.487-1 \\
 22 & 24 &  1.585-1 &  1.370-1 &  9.789-2 &  8.542-2 &  7.467-2 &  5.523-2 &  3.321-2 &  2.691-2 &  2.173-2 &  1.418-2 &  8.188-3 \\
 22 & 25 &  1.108-0 &  1.137-0 &  8.264-1 &  7.107-1 &  6.124-1 &  4.616-1 &  3.236-1 &  2.830-1 &  2.464-1 &  1.824-1 &  1.157-1 \\
 22 & 26 &  8.993-2 &  7.895-2 &  6.053-2 &  5.560-2 &  5.150-2 &  4.344-2 &  3.265-2 &  2.912-2 &  2.598-2 &  2.080-2 &  1.588-2 \\
 22 & 27 &  3.688-1 &  3.603-1 &  3.550-1 &  3.541-1 &  3.529-1 &  3.490-1 &  3.416-1 &  3.390-1 &  3.369-1 &  3.342-1 &  3.309-1 \\
 22 & 28 &  1.483-2 &  1.009-2 &  7.213-3 &  6.874-3 &  6.642-3 &  5.943-3 &  4.496-3 &  3.931-3 &  3.388-3 &  2.404-3 &  1.367-3 \\
 22 & 29 &  3.273-1 &  3.219-1 &  3.150-1 &  3.126-1 &  3.102-1 &  3.044-1 &  2.941-1 &  2.898-1 &  2.857-1 &  2.781-1 &  2.678-1 \\
 22 & 30 &  2.089-1 &  2.046-1 &  2.000-1 &  1.986-1 &  1.971-1 &  1.930-1 &  1.860-1 &  1.833-1 &  1.808-1 &  1.765-1 &  1.712-1 \\
 22 & 31 &  5.397-2 &  5.197-2 &  4.851-2 &  4.730-2 &  4.602-2 &  4.273-2 &  3.759-2 &  3.581-2 &  3.420-2 &  3.152-2 &  2.871-2 \\
 22 & 32 &  4.227-2 &  3.995-2 &  3.943-2 &  4.018-2 &  4.071-2 &  3.981-2 &  3.577-2 &  3.409-2 &  3.250-2 &  2.983-2 &  2.730-2 \\
 22 & 33 &  3.568-1 &  3.599-1 &  3.642-1 &  3.652-1 &  3.650-1 &  3.614-1 &  3.533-1 &  3.504-1 &  3.480-1 &  3.450-1 &  3.417-1 \\
 22 & 34 &  3.351-2 &  3.351-2 &  3.338-2 &  3.360-2 &  3.367-2 &  3.278-2 &  3.031-2 &  2.940-2 &  2.861-2 &  2.739-2 &  2.646-2 \\
 22 & 35 &  3.157-2 &  3.205-2 &  3.288-2 &  3.314-2 &  3.285-2 &  3.051-2 &  2.618-2 &  2.476-2 &  2.352-2 &  2.162-2 &  2.026-2 \\
 22 & 36 &  4.155-2 &  4.515-2 &  5.241-2 &  5.330-2 &  5.248-2 &  4.694-2 &  3.626-2 &  3.207-2 &  2.792-2 &  2.003-2 &  1.140-2 \\
 22 & 37 &  2.726-2 &  3.285-2 &  4.293-2 &  4.298-2 &  4.085-2 &  3.336-2 &  2.321-2 &  2.001-2 &  1.713-2 &  1.228-2 &  7.569-3 \\
 22 & 38 &  6.230-2 &  8.648-2 &  8.498-2 &  7.671-2 &  6.739-2 &  5.027-2 &  3.376-2 &  2.904-2 &  2.485-2 &  1.774-2 &  1.065-2 \\
 22 & 39 &  6.149-2 &  6.955-2 &  5.814-2 &  5.015-2 &  4.221-2 &  2.903-2 &  1.787-2 &  1.508-2 &  1.282-2 &  9.463-3 &  6.756-3 \\
 22 & 40 &  2.262-2 &  2.592-2 &  2.172-2 &  1.919-2 &  1.674-2 &  1.262-2 &  8.752-3 &  7.610-3 &  6.568-3 &  4.715-3 &  2.741-3 \\
 22 & 41 &  8.227-2 &  9.012-2 &  7.131-2 &  6.179-2 &  5.297-2 &  3.891-2 &  2.667-2 &  2.330-2 &  2.032-2 &  1.526-2 &  1.013-2 \\
 22 & 42 &  1.058-1 &  9.212-2 &  6.376-2 &  5.430-2 &  4.620-2 &  3.398-2 &  2.355-2 &  2.064-2 &  1.806-2 &  1.366-2 &  9.235-3 \\
 22 & 43 &  1.268-1 &  1.059-1 &  8.154-2 &  7.442-2 &  6.847-2 &  5.952-2 &  5.151-2 &  4.911-2 &  4.690-2 &  4.290-2 &  3.840-2 \\
 22 & 44 &  1.235-1 &  1.224-1 &  1.198-1 &  1.183-1 &  1.168-1 &  1.139-1 &  1.110-1 &  1.102-1 &  1.096-1 &  1.092-1 &  1.088-1 \\
& & & & & & & & & & & \\ \hline                                                                                                            
\end{tabular}                                                                                                                               
\newpage                                                                                                                                    
\begin{flushleft}                                                                                                                           
{\bf Table 3.} Effective Collision Strengths for Transitions in  Fe XI. ($a{\pm}b \equiv a{\times}10^{{\pm}b}$).                            
\newline                                                                                                                                    
\end{flushleft}                                                                                                                             
\begin{tabular}{rrlllllllllll} \hline                                                                                                       
 & & & & & & & & & & & \\                                                                                                                  
\multicolumn{2}{c}{Transition} & \multicolumn{11}{c}{Temperature (log T$_e$, K)}\\                                                          
 & & & & & & & & & & & \\ \hline                                                                                                           
 & & & & & & & & & & & \\                                                                                                                  
 $i$ & $j$ & 4.00 &        4.30 &        4.70 &        4.85 &     5.00 &     5.30 &     5.70 &     5.85 &     6.00 &     6.30 &     6.70 \\ 
 & & & & & & & & & & & \\ \hline                                                                                                           
 & & & & & & & & & & & \\                                                                                                                  
 22 & 45 &  6.287-2 &  6.241-2 &  5.897-2 &  5.645-2 &  5.353-2 &  4.719-2 &  3.813-2 &  3.448-2 &  3.069-2 &  2.308-2 &  1.416-2 \\
 22 & 46 &  4.575-2 &  4.441-2 &  4.036-2 &  3.856-2 &  3.671-2 &  3.284-2 &  2.680-2 &  2.420-2 &  2.145-2 &  1.589-2 &  9.458-3 \\
 22 & 47 &  1.825-3 &  1.683-3 &  1.378-3 &  1.260-3 &  1.151-3 &  9.708-4 &  7.858-4 &  7.238-4 &  6.636-4 &  5.526-4 &  4.256-4 \\
 22 & 48 &  1.313-5 &  1.313-5 &  1.298-5 &  1.287-5 &  1.271-5 &  1.226-5 &  1.122-5 &  1.064-5 &  9.972-6 &  8.508-6 &  6.836-6 \\
 23 & 24 &  1.043-0 &  9.292-1 &  7.362-1 &  6.767-1 &  6.254-1 &  5.293-1 &  4.017-1 &  3.559-1 &  3.116-1 &  2.289-1 &  1.366-1 \\
 23 & 25 &  6.541-1 &  5.994-1 &  5.147-1 &  4.890-1 &  4.654-1 &  4.125-1 &  3.280-1 &  2.949-1 &  2.619-1 &  1.984-1 &  1.263-1 \\
 23 & 26 &  1.105-1 &  9.854-2 &  7.472-2 &  6.807-2 &  6.247-2 &  5.139-2 &  3.665-2 &  3.189-2 &  2.767-2 &  2.077-2 &  1.442-2 \\
 23 & 27 &  6.350-2 &  4.722-2 &  3.453-2 &  3.229-2 &  3.036-2 &  2.580-2 &  1.878-2 &  1.633-2 &  1.407-2 &  1.019-2 &  6.427-3 \\
 23 & 28 &  2.679-2 &  1.576-2 &  8.709-3 &  7.622-3 &  6.884-3 &  5.503-3 &  3.573-3 &  2.968-3 &  2.465-3 &  1.762-3 &  1.346-3 \\
 23 & 29 &  4.870-1 &  4.843-1 &  4.795-1 &  4.777-1 &  4.759-1 &  4.714-1 &  4.643-1 &  4.619-1 &  4.602-1 &  4.587-1 &  4.561-1 \\
 23 & 30 &  4.364-1 &  4.335-1 &  4.295-1 &  4.281-1 &  4.263-1 &  4.214-1 &  4.125-1 &  4.092-1 &  4.063-1 &  4.027-1 &  3.986-1 \\
 23 & 31 &  4.679-1 &  4.606-1 &  4.461-1 &  4.407-1 &  4.356-1 &  4.252-1 &  4.093-1 &  4.031-1 &  3.970-1 &  3.862-1 &  3.714-1 \\
 23 & 32 &  2.851-2 &  2.439-2 &  2.112-2 &  2.092-2 &  2.070-2 &  1.906-2 &  1.491-2 &  1.320-2 &  1.151-2 &  8.366-3 &  4.978-3 \\
 23 & 33 &  2.004-1 &  2.013-1 &  2.022-1 &  2.025-1 &  2.021-1 &  1.984-1 &  1.897-1 &  1.862-1 &  1.829-1 &  1.771-1 &  1.699-1 \\
 23 & 34 &  6.818-2 &  6.768-2 &  6.716-2 &  6.740-2 &  6.748-2 &  6.622-2 &  6.271-2 &  6.143-2 &  6.034-2 &  5.881-2 &  5.749-2 \\
 23 & 35 &  1.574-1 &  1.579-1 &  1.615-1 &  1.625-1 &  1.621-1 &  1.573-1 &  1.480-1 &  1.450-1 &  1.424-1 &  1.388-1 &  1.364-1 \\
 23 & 36 &  7.323-2 &  7.706-2 &  8.566-2 &  8.658-2 &  8.534-2 &  7.791-2 &  6.371-2 &  5.805-2 &  5.238-2 &  4.152-2 &  2.955-2 \\
 23 & 37 &  3.581-2 &  4.359-2 &  5.997-2 &  6.101-2 &  5.875-2 &  4.896-2 &  3.474-2 &  3.012-2 &  2.591-2 &  1.871-2 &  1.158-2 \\
 23 & 38 &  8.093-2 &  1.108-1 &  1.089-1 &  9.864-2 &  8.698-2 &  6.543-2 &  4.456-2 &  3.862-2 &  3.339-2 &  2.467-2 &  1.635-2 \\
 23 & 39 &  5.038-2 &  6.391-2 &  6.077-2 &  5.502-2 &  4.872-2 &  3.722-2 &  2.586-2 &  2.248-2 &  1.940-2 &  1.398-2 &  8.275-3 \\
 23 & 40 &  2.420-2 &  3.664-2 &  3.293-2 &  2.805-2 &  2.301-2 &  1.456-2 &  7.684-3 &  6.114-3 &  4.927-3 &  3.407-3 &  2.571-3 \\
 23 & 41 &  7.859-2 &  8.337-2 &  6.694-2 &  5.898-2 &  5.159-2 &  3.953-2 &  2.821-2 &  2.478-2 &  2.158-2 &  1.574-2 &  9.260-3 \\
 23 & 42 &  1.797-1 &  1.558-1 &  1.114-1 &  9.686-2 &  8.454-2 &  6.620-2 &  5.092-2 &  4.677-2 &  4.314-2 &  3.707-2 &  3.094-2 \\
 23 & 43 &  2.055-1 &  1.843-1 &  1.587-1 &  1.512-1 &  1.449-1 &  1.353-1 &  1.268-1 &  1.245-1 &  1.226-1 &  1.197-1 &  1.170-1 \\
 23 & 44 &  4.688-2 &  3.728-2 &  2.672-2 &  2.304-2 &  1.974-2 &  1.454-2 &  9.993-3 &  8.725-3 &  7.599-3 &  5.658-3 &  3.648-3 \\
 23 & 45 &  9.638-2 &  9.602-2 &  9.300-2 &  9.048-2 &  8.742-2 &  8.033-2 &  6.930-2 &  6.466-2 &  5.980-2 &  4.988-2 &  3.790-2 \\
 23 & 46 &  6.720-2 &  6.368-2 &  5.750-2 &  5.506-2 &  5.259-2 &  4.739-2 &  3.911-2 &  3.549-2 &  3.167-2 &  2.388-2 &  1.482-2 \\
 23 & 47 &  2.103-3 &  1.827-3 &  1.427-3 &  1.292-3 &  1.170-3 &  9.668-4 &  7.408-4 &  6.599-4 &  5.792-4 &  4.226-4 &  2.448-4 \\
 23 & 48 &  1.467-5 &  1.479-5 &  1.498-5 &  1.497-5 &  1.485-5 &  1.424-5 &  1.257-5 &  1.163-5 &  1.051-5 &  7.957-6 &  4.692-6 \\
 24 & 25 &  1.041-0 &  8.751-1 &  7.126-1 &  6.741-1 &  6.416-1 &  5.708-1 &  4.584-1 &  4.155-1 &  3.734-1 &  2.947-1 &  2.061-1 \\
 24 & 26 &  1.089-1 &  9.063-2 &  6.781-2 &  6.316-2 &  5.957-2 &  5.083-2 &  3.593-2 &  3.067-2 &  2.588-2 &  1.778-2 &  9.944-3 \\
 24 & 27 &  1.972-2 &  1.622-2 &  1.304-2 &  1.249-2 &  1.199-2 &  1.047-2 &  7.654-3 &  6.619-3 &  5.653-3 &  3.970-3 &  2.287-3 \\
 24 & 28 &  8.445-3 &  7.274-3 &  6.107-3 &  5.909-3 &  5.760-3 &  5.324-3 &  4.330-3 &  3.891-3 &  3.438-3 &  2.540-3 &  1.498-3 \\
 24 & 29 &  3.113-1 &  3.068-1 &  2.993-1 &  2.975-1 &  2.955-1 &  2.892-1 &  2.766-1 &  2.716-1 &  2.670-1 &  2.594-1 &  2.513-1 \\
 24 & 30 &  3.264-2 &  2.926-2 &  2.540-2 &  2.477-2 &  2.417-2 &  2.191-2 &  1.700-2 &  1.500-2 &  1.303-2 &  9.365-3 &  5.462-3 \\
 24 & 31 &  1.350-0 &  1.333-0 &  1.303-0 &  1.293-0 &  1.283-0 &  1.264-0 &  1.235-0 &  1.224-0 &  1.215-0 &  1.200-0 &  1.180-0 \\
 24 & 32 &  3.211-2 &  2.203-2 &  1.357-2 &  1.205-2 &  1.094-2 &  8.759-3 &  5.662-3 &  4.677-3 &  3.836-3 &  2.560-3 &  1.516-3 \\
 24 & 33 &  3.225-2 &  2.866-2 &  2.599-2 &  2.573-2 &  2.517-2 &  2.224-2 &  1.635-2 &  1.421-2 &  1.223-2 &  8.787-3 &  5.330-3 \\
 24 & 34 &  1.708-2 &  1.517-2 &  1.433-2 &  1.468-2 &  1.488-2 &  1.366-2 &  9.788-3 &  8.323-3 &  6.996-3 &  4.823-3 &  2.854-3 \\
 24 & 35 &  6.690-1 &  6.695-1 &  6.706-1 &  6.705-1 &  6.691-1 &  6.614-1 &  6.456-1 &  6.399-1 &  6.350-1 &  6.288-1 &  6.221-1 \\
 24 & 36 &  1.002-1 &  1.044-1 &  1.165-1 &  1.186-1 &  1.179-1 &  1.095-1 &  9.224-2 &  8.549-2 &  7.886-2 &  6.632-2 &  5.197-2 \\
 24 & 37 &  4.836-2 &  5.577-2 &  7.411-2 &  7.592-2 &  7.406-2 &  6.392-2 &  4.762-2 &  4.195-2 &  3.663-2 &  2.722-2 &  1.788-2 \\
 24 & 38 &  8.103-2 &  1.164-1 &  1.244-1 &  1.158-1 &  1.048-1 &  8.234-2 &  5.835-2 &  5.098-2 &  4.427-2 &  3.260-2 &  2.101-2 \\
 24 & 39 &  4.531-2 &  6.205-2 &  6.305-2 &  5.825-2 &  5.257-2 &  4.152-2 &  2.982-2 &  2.616-2 &  2.277-2 &  1.672-2 &  1.035-2 \\
 24 & 40 &  1.187-2 &  1.638-2 &  1.592-2 &  1.455-2 &  1.304-2 &  1.026-2 &  7.395-3 &  6.492-3 &  5.645-3 &  4.090-3 &  2.380-3 \\
 24 & 41 &  7.468-2 &  8.310-2 &  6.588-2 &  5.695-2 &  4.866-2 &  3.540-2 &  2.377-2 &  2.052-2 &  1.764-2 &  1.266-2 &  7.498-3 \\
 24 & 42 &  3.660-1 &  3.275-1 &  2.717-1 &  2.543-1 &  2.396-1 &  2.180-1 &  2.000-1 &  1.954-1 &  1.916-1 &  1.859-1 &  1.806-1 \\
& & & & & & & & & & & \\ \hline                                                                                                            
\end{tabular}                                                                                                                               
\newpage                                                                                                                                    
\begin{flushleft}                                                                                                                           
{\bf Table 3.} Effective Collision Strengths for Transitions in  Fe XI. ($a{\pm}b \equiv a{\times}10^{{\pm}b}$).                            
\newline                                                                                                                                    
\end{flushleft}                                                                                                                             
\begin{tabular}{rrlllllllllll} \hline                                                                                                       
 & & & & & & & & & & & \\                                                                                                                  
\multicolumn{2}{c}{Transition} & \multicolumn{11}{c}{Temperature (log T$_e$, K)}\\                                                          
 & & & & & & & & & & & \\ \hline                                                                                                           
 & & & & & & & & & & & \\                                                                                                                  
 $i$ & $j$ & 4.00 &        4.30 &        4.70 &        4.85 &     5.00 &     5.30 &     5.70 &     5.85 &     6.00 &     6.30 &     6.70 \\ 
 & & & & & & & & & & & \\ \hline                                                                                                           
 & & & & & & & & & & & \\                                                                                                                  
 24 & 43 &  1.518-1 &  1.240-1 &  8.093-2 &  6.779-2 &  5.675-2 &  4.032-2 &  2.645-2 &  2.260-2 &  1.920-2 &  1.342-2 &  7.664-3 \\
 24 & 44 &  2.058-2 &  1.597-2 &  1.121-2 &  9.569-3 &  8.070-3 &  5.646-3 &  3.520-3 &  2.949-3 &  2.460-3 &  1.671-3 &  9.373-4 \\
 24 & 45 &  1.047-1 &  1.019-1 &  9.559-2 &  9.201-2 &  8.795-2 &  7.893-2 &  6.508-2 &  5.916-2 &  5.288-2 &  3.982-2 &  2.395-2 \\
 24 & 46 &  8.924-2 &  8.441-2 &  7.622-2 &  7.311-2 &  6.998-2 &  6.338-2 &  5.275-2 &  4.808-2 &  4.314-2 &  3.307-2 &  2.140-2 \\
 24 & 47 &  2.384-3 &  1.962-3 &  1.455-3 &  1.299-3 &  1.163-3 &  9.434-4 &  7.127-4 &  6.330-4 &  5.547-4 &  4.039-4 &  2.334-4 \\
 24 & 48 &  9.658-6 &  9.805-6 &  1.011-5 &  1.016-5 &  1.011-5 &  9.715-6 &  8.501-6 &  7.799-6 &  6.970-6 &  5.102-6 &  2.825-6 \\
 25 & 26 &  4.846-1 &  4.742-1 &  4.526-1 &  4.468-1 &  4.414-1 &  4.292-1 &  4.101-1 &  4.035-1 &  3.976-1 &  3.889-1 &  3.799-1 \\
 25 & 27 &  5.596-2 &  4.926-2 &  3.896-2 &  3.596-2 &  3.317-2 &  2.740-2 &  1.976-2 &  1.714-2 &  1.470-2 &  1.035-2 &  5.866-3 \\
 25 & 28 &  1.690-2 &  1.389-2 &  1.081-2 &  1.013-2 &  9.570-3 &  8.393-3 &  6.489-3 &  5.750-3 &  5.023-3 &  3.649-3 &  2.126-3 \\
 25 & 29 &  1.629-1 &  1.589-1 &  1.487-1 &  1.446-1 &  1.401-1 &  1.295-1 &  1.129-1 &  1.058-1 &  9.770-2 &  8.174-2 &  7.104-2 \\
 25 & 30 &  6.698-2 &  6.313-2 &  5.502-2 &  5.222-2 &  4.942-2 &  4.309-2 &  3.383-2 &  3.054-2 &  2.748-2 &  2.193-2 &  1.552-2 \\
 25 & 31 &  3.252-1 &  3.565-1 &  3.347-1 &  3.034-1 &  2.670-1 &  1.962-1 &  1.260-1 &  1.069-1 &  9.072-2 &  6.529-2 &  4.191-2 \\
 25 & 32 &  4.296-2 &  3.749-2 &  3.025-2 &  2.854-2 &  2.699-2 &  2.332-2 &  1.749-2 &  1.535-2 &  1.330-2 &  9.579-3 &  5.650-3 \\
 25 & 33 &  6.478-2 &  6.171-2 &  5.562-2 &  5.326-2 &  5.045-2 &  4.317-2 &  3.238-2 &  2.862-2 &  2.509-2 &  1.886-2 &  1.250-2 \\
 25 & 34 &  4.133-2 &  4.367-2 &  3.791-2 &  3.402-2 &  2.991-2 &  2.188-2 &  1.347-2 &  1.120-2 &  9.350-3 &  6.649-3 &  4.447-3 \\
 25 & 35 &  2.652-1 &  2.570-1 &  2.258-1 &  2.114-1 &  1.973-1 &  1.719-1 &  1.473-1 &  1.408-1 &  1.356-1 &  1.283-1 &  1.219-1 \\
 25 & 36 &  8.112-1 &  8.253-1 &  8.304-1 &  8.285-1 &  8.256-1 &  8.192-1 &  8.128-1 &  8.123-1 &  8.132-1 &  8.195-1 &  8.310-1 \\
 25 & 37 &  5.307-2 &  5.727-2 &  6.778-2 &  6.828-2 &  6.618-2 &  5.726-2 &  4.314-2 &  3.806-2 &  3.315-2 &  2.399-2 &  1.390-2 \\
 25 & 38 &  1.013-1 &  1.548-1 &  1.601-1 &  1.459-1 &  1.293-1 &  9.818-2 &  6.836-2 &  5.996-2 &  5.257-2 &  4.010-2 &  2.759-2 \\
 25 & 39 &  5.188-2 &  6.857-2 &  6.299-2 &  5.609-2 &  4.886-2 &  3.617-2 &  2.428-2 &  2.092-2 &  1.794-2 &  1.289-2 &  7.828-3 \\
 25 & 40 &  1.669-2 &  2.049-2 &  1.825-2 &  1.622-2 &  1.413-2 &  1.051-2 &  7.113-3 &  6.138-3 &  5.265-3 &  3.747-3 &  2.158-3 \\
 25 & 41 &  1.189-1 &  1.148-1 &  7.915-2 &  6.498-2 &  5.255-2 &  3.392-2 &  1.952-2 &  1.611-2 &  1.341-2 &  9.562-3 &  6.705-3 \\
 25 & 42 &  2.411-1 &  1.870-1 &  1.208-1 &  1.016-1 &  8.565-2 &  6.245-2 &  4.343-2 &  3.828-2 &  3.377-2 &  2.618-2 &  1.852-2 \\
 25 & 43 &  1.232-1 &  1.040-1 &  7.871-2 &  7.094-2 &  6.431-2 &  5.426-2 &  4.575-2 &  4.348-2 &  4.158-2 &  3.864-2 &  3.593-2 \\
 25 & 44 &  4.069-2 &  3.127-2 &  2.200-2 &  1.898-2 &  1.628-2 &  1.201-2 &  8.203-3 &  7.122-3 &  6.152-3 &  4.450-3 &  2.630-3 \\
 25 & 45 &  2.812-1 &  2.882-1 &  2.914-1 &  2.900-1 &  2.881-1 &  2.842-1 &  2.811-1 &  2.811-1 &  2.820-1 &  2.864-1 &  2.933-1 \\
 25 & 46 &  9.588-2 &  9.307-2 &  8.762-2 &  8.532-2 &  8.295-2 &  7.782-2 &  6.942-2 &  6.577-2 &  6.198-2 &  5.456-2 &  4.649-2 \\
 25 & 47 &  2.835-3 &  2.690-3 &  2.473-3 &  2.387-3 &  2.299-3 &  2.107-3 &  1.786-3 &  1.642-3 &  1.488-3 &  1.170-3 &  7.857-4 \\
 25 & 48 &  3.640-5 &  3.631-5 &  3.578-5 &  3.543-5 &  3.495-5 &  3.355-5 &  3.028-5 &  2.848-5 &  2.636-5 &  2.129-5 &  1.402-5 \\
 26 & 27 &  1.212-1 &  1.106-1 &  9.815-2 &  9.485-2 &  9.194-2 &  8.544-2 &  7.426-2 &  6.962-2 &  6.489-2 &  5.555-2 &  4.422-2 \\
 26 & 28 &  1.121-2 &  8.910-3 &  7.428-3 &  7.429-3 &  7.465-3 &  6.895-3 &  5.067-3 &  4.359-3 &  3.711-3 &  2.637-3 &  1.653-3 \\
 26 & 29 &  1.427-1 &  1.429-1 &  1.374-1 &  1.364-1 &  1.354-1 &  1.283-1 &  1.070-1 &  9.689-2 &  8.615-2 &  6.421-2 &  3.822-2 \\
 26 & 30 &  1.418-1 &  1.420-1 &  1.335-1 &  1.308-1 &  1.282-1 &  1.199-1 &  1.002-1 &  9.089-2 &  8.101-2 &  6.065-2 &  3.622-2 \\
 26 & 31 &  1.122-1 &  1.101-1 &  1.057-1 &  1.052-1 &  1.047-1 &  9.959-2 &  8.405-2 &  7.686-2 &  6.934-2 &  5.437-2 &  3.729-2 \\
 26 & 32 &  4.722-2 &  4.089-2 &  3.461-2 &  3.347-2 &  3.256-2 &  2.989-2 &  2.450-2 &  2.238-2 &  2.034-2 &  1.665-2 &  1.288-2 \\
 26 & 33 &  1.140-1 &  1.134-1 &  1.080-1 &  1.065-1 &  1.048-1 &  9.826-2 &  8.342-2 &  7.697-2 &  7.036-2 &  5.732-2 &  4.214-2 \\
 26 & 34 &  8.009-2 &  7.945-2 &  7.621-2 &  7.629-2 &  7.644-2 &  7.357-2 &  6.267-2 &  5.751-2 &  5.213-2 &  4.151-2 &  2.941-2 \\
 26 & 35 &  1.401-1 &  1.373-1 &  1.277-1 &  1.255-1 &  1.233-1 &  1.149-1 &  9.539-2 &  8.677-2 &  7.784-2 &  6.001-2 &  3.910-2 \\
 26 & 36 &  3.724-2 &  3.935-2 &  5.298-2 &  5.836-2 &  6.066-2 &  5.560-2 &  4.070-2 &  3.532-2 &  3.047-2 &  2.264-2 &  1.632-2 \\
 26 & 37 &  3.649-2 &  3.895-2 &  4.415-2 &  4.442-2 &  4.330-2 &  3.834-2 &  2.997-2 &  2.680-2 &  2.365-2 &  1.756-2 &  1.052-2 \\
 26 & 38 &  2.448-2 &  4.164-2 &  4.563-2 &  4.088-2 &  3.487-2 &  2.327-2 &  1.276-2 &  1.020-2 &  8.179-3 &  5.290-3 &  2.917-3 \\
 26 & 39 &  4.348-2 &  4.977-2 &  4.634-2 &  4.255-2 &  3.847-2 &  3.119-2 &  2.461-2 &  2.290-2 &  2.147-2 &  1.927-2 &  1.717-2 \\
 26 & 40 &  1.646-2 &  1.845-2 &  1.628-2 &  1.433-2 &  1.226-2 &  8.636-3 &  5.512-3 &  4.759-3 &  4.164-3 &  3.316-3 &  2.632-3 \\
 26 & 41 &  1.284-1 &  1.356-1 &  1.240-1 &  1.175-1 &  1.113-1 &  1.015-1 &  9.365-2 &  9.184-2 &  9.050-2 &  8.892-2 &  8.758-2 \\
 26 & 42 &  5.873-2 &  5.986-2 &  5.089-2 &  4.546-2 &  3.975-2 &  2.933-2 &  1.923-2 &  1.640-2 &  1.394-2 &  9.908-3 &  6.065-3 \\
 26 & 43 &  9.229-2 &  8.426-2 &  6.606-2 &  5.787-2 &  4.975-2 &  3.570-2 &  2.271-2 &  1.916-2 &  1.611-2 &  1.116-2 &  6.483-3 \\
 26 & 44 &  4.961-2 &  4.568-2 &  4.095-2 &  3.765-2 &  3.393-2 &  2.671-2 &  1.903-2 &  1.664-2 &  1.445-2 &  1.055-2 &  6.448-3 \\
& & & & & & & & & & & \\ \hline                                                                                                            
\end{tabular}                                                                                                                               
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{\bf Table 3.} Effective Collision Strengths for Transitions in  Fe XI. ($a{\pm}b \equiv a{\times}10^{{\pm}b}$).                            
\newline                                                                                                                                    
\end{flushleft}                                                                                                                             
\begin{tabular}{rrlllllllllll} \hline                                                                                                       
 & & & & & & & & & & & \\                                                                                                                  
\multicolumn{2}{c}{Transition} & \multicolumn{11}{c}{Temperature (log T$_e$, K)}\\                                                          
 & & & & & & & & & & & \\ \hline                                                                                                           
 & & & & & & & & & & & \\                                                                                                                  
 $i$ & $j$ & 4.00 &        4.30 &        4.70 &        4.85 &     5.00 &     5.30 &     5.70 &     5.85 &     6.00 &     6.30 &     6.70 \\ 
 & & & & & & & & & & & \\ \hline                                                                                                           
 & & & & & & & & & & & \\                                                                                                                  
 26 & 45 &  9.359-2 &  1.070-1 &  9.677-2 &  8.515-2 &  7.266-2 &  5.066-2 &  3.153-2 &  2.683-2 &  2.308-2 &  1.769-2 &  1.342-2 \\
 26 & 46 &  1.164-1 &  9.246-2 &  6.587-2 &  5.852-2 &  5.254-2 &  4.386-2 &  3.659-2 &  3.460-2 &  3.290-2 &  3.034-2 &  2.858-2 \\
 26 & 47 &  1.690-2 &  1.814-2 &  1.793-2 &  1.743-2 &  1.681-2 &  1.533-2 &  1.290-2 &  1.186-2 &  1.079-2 &  8.711-3 &  6.522-3 \\
 26 & 48 &  2.466-4 &  2.455-4 &  2.407-4 &  2.376-4 &  2.337-4 &  2.222-4 &  1.962-4 &  1.825-4 &  1.667-4 &  1.307-4 &  8.210-5 \\
 27 & 28 &  2.605-2 &  2.076-2 &  1.688-2 &  1.620-2 &  1.569-2 &  1.437-2 &  1.161-2 &  1.041-2 &  9.197-3 &  6.802-3 &  4.036-3 \\
 27 & 29 &  6.171-2 &  5.220-2 &  4.293-2 &  4.132-2 &  4.021-2 &  3.695-2 &  2.976-2 &  2.695-2 &  2.432-2 &  1.987-2 &  1.577-2 \\
 27 & 30 &  1.507-1 &  1.514-1 &  1.470-1 &  1.450-1 &  1.429-1 &  1.369-1 &  1.245-1 &  1.190-1 &  1.133-1 &  1.018-1 &  8.817-2 \\
 27 & 31 &  3.926-2 &  3.329-2 &  2.689-2 &  2.582-2 &  2.513-2 &  2.270-2 &  1.685-2 &  1.455-2 &  1.241-2 &  8.762-3 &  5.300-3 \\
 27 & 32 &  2.368-1 &  2.389-1 &  2.383-1 &  2.380-1 &  2.377-1 &  2.363-1 &  2.317-1 &  2.299-1 &  2.283-1 &  2.263-1 &  2.248-1 \\
 27 & 33 &  1.665-1 &  1.703-1 &  1.662-1 &  1.633-1 &  1.596-1 &  1.480-1 &  1.242-1 &  1.133-1 &  1.017-1 &  7.750-2 &  4.754-2 \\
 27 & 34 &  9.243-2 &  9.381-2 &  9.204-2 &  9.176-2 &  9.144-2 &  8.912-2 &  8.297-2 &  8.043-2 &  7.799-2 &  7.367-2 &  6.863-2 \\
 27 & 35 &  4.062-2 &  4.094-2 &  3.932-2 &  3.850-2 &  3.732-2 &  3.314-2 &  2.540-2 &  2.251-2 &  1.976-2 &  1.479-2 &  9.505-3 \\
 27 & 36 &  5.964-2 &  5.917-2 &  6.119-2 &  6.222-2 &  6.236-2 &  5.903-2 &  4.952-2 &  4.520-2 &  4.068-2 &  3.150-2 &  2.061-2 \\
 27 & 37 &  5.977-2 &  6.209-2 &  6.530-2 &  6.519-2 &  6.436-2 &  6.159-2 &  5.775-2 &  5.655-2 &  5.550-2 &  5.388-2 &  5.193-2 \\
 27 & 38 &  3.944-2 &  4.610-2 &  4.358-2 &  4.052-2 &  3.725-2 &  3.139-2 &  2.585-2 &  2.432-2 &  2.300-2 &  2.088-2 &  1.881-2 \\
 27 & 39 &  5.488-2 &  5.462-2 &  4.683-2 &  4.328-2 &  3.994-2 &  3.444-2 &  2.963-2 &  2.842-2 &  2.747-2 &  2.612-2 &  2.500-2 \\
 27 & 40 &  7.483-3 &  6.919-3 &  5.534-3 &  4.783-3 &  4.013-3 &  2.668-3 &  1.494-3 &  1.205-3 &  9.740-4 &  6.332-4 &  3.433-4 \\
 27 & 41 &  3.795-2 &  3.465-2 &  2.785-2 &  2.502-2 &  2.226-2 &  1.733-2 &  1.250-2 &  1.119-2 &  1.011-2 &  8.472-3 &  7.047-3 \\
 27 & 42 &  4.214-2 &  3.882-2 &  3.145-2 &  2.841-2 &  2.541-2 &  2.000-2 &  1.440-2 &  1.269-2 &  1.118-2 &  8.674-3 &  6.448-3 \\
 27 & 43 &  2.166-2 &  2.528-2 &  2.812-2 &  2.653-2 &  2.390-2 &  1.778-2 &  1.115-2 &  9.284-3 &  7.697-3 &  5.171-3 &  2.835-3 \\
 27 & 44 &  3.007-2 &  3.666-2 &  3.794-2 &  3.429-2 &  2.959-2 &  2.025-2 &  1.144-2 &  9.210-3 &  7.406-3 &  4.745-3 &  2.526-3 \\
 27 & 45 &  1.975-2 &  2.296-2 &  2.181-2 &  1.955-2 &  1.694-2 &  1.205-2 &  7.445-3 &  6.230-3 &  5.214-3 &  3.627-3 &  2.159-3 \\
 27 & 46 &  5.955-2 &  4.754-2 &  3.043-2 &  2.545-2 &  2.138-2 &  1.547-2 &  1.044-2 &  8.988-3 &  7.675-3 &  5.397-3 &  3.072-3 \\
 27 & 47 &  1.247-2 &  1.206-2 &  1.046-2 &  9.782-3 &  9.097-3 &  7.732-3 &  5.953-3 &  5.287-3 &  4.625-3 &  3.359-3 &  1.970-3 \\
 27 & 48 &  1.041-2 &  1.046-2 &  1.055-2 &  1.060-2 &  1.068-2 &  1.092-2 &  1.156-2 &  1.194-2 &  1.243-2 &  1.374-2 &  1.599-2 \\
 28 & 29 &  3.091-2 &  2.650-2 &  2.288-2 &  2.217-2 &  2.160-2 &  1.995-2 &  1.626-2 &  1.464-2 &  1.297-2 &  9.681-3 &  5.815-3 \\
 28 & 30 &  1.589-1 &  1.611-1 &  1.612-1 &  1.606-1 &  1.600-1 &  1.587-1 &  1.562-1 &  1.552-1 &  1.543-1 &  1.532-1 &  1.517-1 \\
 28 & 31 &  2.107-2 &  1.966-2 &  1.696-2 &  1.648-2 &  1.621-2 &  1.518-2 &  1.223-2 &  1.093-2 &  9.646-3 &  7.316-3 &  5.023-3 \\
 28 & 32 &  8.152-2 &  8.039-2 &  7.761-2 &  7.664-2 &  7.554-2 &  7.166-2 &  6.180-2 &  5.687-2 &  5.142-2 &  3.965-2 &  2.461-2 \\
 28 & 33 &  8.472-2 &  8.265-2 &  8.004-2 &  7.953-2 &  7.917-2 &  7.814-2 &  7.591-2 &  7.510-2 &  7.445-2 &  7.370-2 &  7.303-2 \\
 28 & 34 &  5.734-2 &  5.700-2 &  5.596-2 &  5.612-2 &  5.627-2 &  5.528-2 &  5.155-2 &  4.989-2 &  4.822-2 &  4.515-2 &  4.184-2 \\
 28 & 35 &  2.408-2 &  2.482-2 &  2.512-2 &  2.546-2 &  2.565-2 &  2.460-2 &  2.052-2 &  1.857-2 &  1.652-2 &  1.235-2 &  7.395-3 \\
 28 & 36 &  1.122-2 &  1.114-2 &  1.240-2 &  1.315-2 &  1.358-2 &  1.302-2 &  1.043-2 &  9.290-3 &  8.143-3 &  5.942-3 &  3.474-3 \\
 28 & 37 &  3.146-3 &  3.746-3 &  5.498-3 &  5.811-3 &  5.726-3 &  4.717-3 &  3.047-3 &  2.534-3 &  2.095-3 &  1.406-3 &  7.804-4 \\
 28 & 38 &  7.389-3 &  9.378-3 &  9.183-3 &  8.435-3 &  7.561-3 &  5.871-3 &  4.162-3 &  3.663-3 &  3.221-3 &  2.472-3 &  1.714-3 \\
 28 & 39 &  5.678-3 &  6.393-3 &  5.926-3 &  5.329-3 &  4.638-3 &  3.307-3 &  2.025-3 &  1.683-3 &  1.395-3 &  9.397-4 &  5.182-4 \\
 28 & 40 &  3.729-3 &  4.647-3 &  5.137-3 &  4.662-3 &  3.980-3 &  2.551-3 &  1.215-3 &  9.012-4 &  6.645-4 &  3.579-4 &  1.557-4 \\
 28 & 41 &  4.024-3 &  4.936-3 &  4.966-3 &  4.542-3 &  4.000-3 &  2.894-3 &  1.791-3 &  1.494-3 &  1.244-3 &  8.495-4 &  4.802-4 \\
 28 & 42 &  1.073-2 &  1.083-2 &  1.055-2 &  1.002-2 &  9.295-3 &  7.632-3 &  5.549-3 &  4.835-3 &  4.154-3 &  2.908-3 &  1.601-3 \\
 28 & 43 &  9.695-3 &  1.044-2 &  1.049-2 &  9.670-3 &  8.589-3 &  6.347-3 &  4.124-3 &  3.537-3 &  3.053-3 &  2.324-3 &  1.699-3 \\
 28 & 44 &  3.125-3 &  5.519-3 &  6.793-3 &  6.241-3 &  5.404-3 &  3.624-3 &  1.925-3 &  1.507-3 &  1.178-3 &  7.144-4 &  3.545-4 \\
 28 & 45 &  7.441-3 &  1.135-2 &  1.212-2 &  1.091-2 &  9.396-3 &  6.449-3 &  3.759-3 &  3.100-3 &  2.582-3 &  1.855-3 &  1.297-3 \\
 28 & 46 &  2.030-2 &  1.685-2 &  1.165-2 &  1.002-2 &  8.647-3 &  6.563-3 &  4.636-3 &  4.035-3 &  3.470-3 &  2.445-3 &  1.368-3 \\
 28 & 47 &  6.129-3 &  6.087-3 &  5.667-3 &  5.433-3 &  5.180-3 &  4.631-3 &  3.766-3 &  3.392-3 &  2.998-3 &  2.200-3 &  1.276-3 \\
 28 & 48 &  1.634-4 &  1.633-4 &  1.614-4 &  1.603-4 &  1.588-4 &  1.545-4 &  1.432-4 &  1.363-4 &  1.276-4 &  1.050-4 &  6.983-5 \\
 29 & 30 &  4.710-1 &  4.794-1 &  4.639-1 &  4.591-1 &  4.543-1 &  4.352-1 &  3.870-1 &  3.651-1 &  3.424-1 &  2.972-1 &  2.430-1 \\
 29 & 31 &  7.240-1 &  7.444-1 &  7.283-1 &  7.211-1 &  7.137-1 &  6.857-1 &  6.175-1 &  5.872-1 &  5.561-1 &  4.951-1 &  4.218-1 \\
& & & & & & & & & & & \\ \hline                                                                                                            
\end{tabular}                                                                                                                               
\newpage                                                                                                                                    
\begin{flushleft}                                                                                                                           
{\bf Table 3.} Effective Collision Strengths for Transitions in  Fe XI. ($a{\pm}b \equiv a{\times}10^{{\pm}b}$).                            
\newline                                                                                                                                    
\end{flushleft}                                                                                                                             
\begin{tabular}{rrlllllllllll} \hline                                                                                                       
 & & & & & & & & & & & \\                                                                                                                  
\multicolumn{2}{c}{Transition} & \multicolumn{11}{c}{Temperature (log T$_e$, K)}\\                                                          
 & & & & & & & & & & & \\ \hline                                                                                                           
 & & & & & & & & & & & \\                                                                                                                  
 $i$ & $j$ & 4.00 &        4.30 &        4.70 &        4.85 &     5.00 &     5.30 &     5.70 &     5.85 &     6.00 &     6.30 &     6.70 \\ 
 & & & & & & & & & & & \\ \hline                                                                                                           
 & & & & & & & & & & & \\                                                                                                                  
 29 & 32 &  1.685-1 &  1.684-1 &  1.646-1 &  1.635-1 &  1.626-1 &  1.588-1 &  1.492-1 &  1.451-1 &  1.410-1 &  1.338-1 &  1.259-1 \\
 29 & 33 &  5.361-1 &  5.438-1 &  5.416-1 &  5.401-1 &  5.384-1 &  5.304-1 &  5.099-1 &  5.011-1 &  4.926-1 &  4.780-1 &  4.611-1 \\
 29 & 34 &  1.135-1 &  1.049-1 &  9.738-2 &  9.823-2 &  9.937-2 &  9.549-2 &  7.730-2 &  6.901-2 &  6.070-2 &  4.511-2 &  2.832-2 \\
 29 & 35 &  1.828-1 &  1.590-1 &  1.353-1 &  1.324-1 &  1.302-1 &  1.190-1 &  9.239-2 &  8.229-2 &  7.300-2 &  5.742-2 &  4.329-2 \\
 29 & 36 &  1.143-1 &  1.145-1 &  1.322-1 &  1.421-1 &  1.476-1 &  1.405-1 &  1.095-1 &  9.630-2 &  8.328-2 &  5.910-2 &  3.336-2 \\
 29 & 37 &  1.267-2 &  1.351-2 &  1.625-2 &  1.648-2 &  1.587-2 &  1.288-2 &  8.344-3 &  6.940-3 &  5.726-3 &  3.800-3 &  2.081-3 \\
 29 & 38 &  3.286-2 &  3.721-2 &  3.584-2 &  3.382-2 &  3.148-2 &  2.681-2 &  2.183-2 &  2.035-2 &  1.903-2 &  1.682-2 &  1.454-2 \\
 29 & 39 &  5.431-2 &  5.475-2 &  5.305-2 &  5.186-2 &  5.046-2 &  4.759-2 &  4.467-2 &  4.395-2 &  4.344-2 &  4.296-2 &  4.198-2 \\
 29 & 40 &  8.926-3 &  9.519-3 &  9.484-3 &  9.007-3 &  8.335-3 &  6.791-3 &  4.920-3 &  4.303-3 &  3.721-3 &  2.660-3 &  1.520-3 \\
 29 & 41 &  3.251-2 &  3.127-2 &  2.904-2 &  2.756-2 &  2.572-2 &  2.167-2 &  1.689-2 &  1.538-2 &  1.400-2 &  1.158-2 &  9.059-3 \\
 29 & 42 &  3.677-2 &  3.931-2 &  4.457-2 &  4.331-2 &  4.021-2 &  3.158-2 &  2.093-2 &  1.770-2 &  1.487-2 &  1.021-2 &  5.814-3 \\
 29 & 43 &  4.113-2 &  5.412-2 &  6.284-2 &  5.994-2 &  5.492-2 &  4.303-2 &  2.953-2 &  2.549-2 &  2.191-2 &  1.588-2 &  9.862-3 \\
 29 & 44 &  2.692-2 &  3.840-2 &  4.593-2 &  4.386-2 &  4.022-2 &  3.171-2 &  2.227-2 &  1.950-2 &  1.707-2 &  1.309-2 &  9.226-3 \\
 29 & 45 &  7.908-2 &  1.066-1 &  1.156-1 &  1.083-1 &  9.820-2 &  7.693-2 &  5.440-2 &  4.775-2 &  4.182-2 &  3.155-2 &  2.056-2 \\
 29 & 46 &  1.804-1 &  1.542-1 &  1.060-1 &  9.037-2 &  7.708-2 &  5.697-2 &  3.914-2 &  3.388-2 &  2.909-2 &  2.065-2 &  1.190-2 \\
 29 & 47 &  6.363-2 &  6.508-2 &  6.266-2 &  6.061-2 &  5.824-2 &  5.296-2 &  4.462-2 &  4.101-2 &  3.718-2 &  2.919-2 &  1.942-2 \\
 29 & 48 &  4.720-4 &  4.711-4 &  4.649-4 &  4.606-4 &  4.546-4 &  4.367-4 &  3.944-4 &  3.712-4 &  3.435-4 &  2.769-4 &  1.806-4 \\
 30 & 31 &  1.023-1 &  9.872-2 &  9.218-2 &  9.051-2 &  8.890-2 &  8.291-2 &  6.904-2 &  6.316-2 &  5.726-2 &  4.601-2 &  3.331-2 \\
 30 & 32 &  5.495-2 &  5.105-2 &  4.569-2 &  4.469-2 &  4.393-2 &  4.098-2 &  3.368-2 &  3.061-2 &  2.756-2 &  2.184-2 &  1.551-2 \\
 30 & 33 &  1.731-1 &  1.732-1 &  1.654-1 &  1.631-1 &  1.608-1 &  1.526-1 &  1.340-1 &  1.261-1 &  1.182-1 &  1.029-1 &  8.543-2 \\
 30 & 34 &  1.037-1 &  9.715-2 &  8.988-2 &  8.963-2 &  8.969-2 &  8.614-2 &  7.338-2 &  6.771-2 &  6.209-2 &  5.171-2 &  4.039-2 \\
 30 & 35 &  1.847-1 &  1.585-1 &  1.314-1 &  1.265-1 &  1.227-1 &  1.120-1 &  9.013-2 &  8.125-2 &  7.252-2 &  5.619-2 &  3.835-2 \\
 30 & 36 &  8.762-2 &  8.747-2 &  9.571-2 &  1.004-1 &  1.027-1 &  9.772-2 &  7.851-2 &  6.998-2 &  6.131-2 &  4.449-2 &  2.571-2 \\
 30 & 37 &  2.114-2 &  2.156-2 &  2.332-2 &  2.352-2 &  2.313-2 &  2.100-2 &  1.750-2 &  1.635-2 &  1.531-2 &  1.359-2 &  1.190-2 \\
 30 & 38 &  2.654-2 &  2.946-2 &  2.644-2 &  2.423-2 &  2.191-2 &  1.772-2 &  1.359-2 &  1.240-2 &  1.135-2 &  9.600-3 &  7.878-3 \\
 30 & 39 &  2.635-2 &  2.693-2 &  2.437-2 &  2.292-2 &  2.138-2 &  1.845-2 &  1.554-2 &  1.474-2 &  1.408-2 &  1.308-2 &  1.220-2 \\
 30 & 40 &  3.560-2 &  3.477-2 &  3.436-2 &  3.413-2 &  3.383-2 &  3.317-2 &  3.255-2 &  3.246-2 &  3.247-2 &  3.274-2 &  3.400-2 \\
 30 & 41 &  2.681-2 &  2.534-2 &  2.259-2 &  2.122-2 &  1.967-2 &  1.642-2 &  1.246-2 &  1.110-2 &  9.788-3 &  7.305-3 &  4.506-3 \\
 30 & 42 &  2.781-2 &  2.836-2 &  2.997-2 &  2.891-2 &  2.682-2 &  2.125-2 &  1.438-2 &  1.226-2 &  1.037-2 &  7.196-3 &  4.085-3 \\
 30 & 43 &  3.591-2 &  4.473-2 &  5.167-2 &  4.915-2 &  4.470-2 &  3.407-2 &  2.219-2 &  1.874-2 &  1.576-2 &  1.096-2 &  6.656-3 \\
 30 & 44 &  3.088-2 &  4.637-2 &  5.047-2 &  4.657-2 &  4.140-2 &  3.083-2 &  1.997-2 &  1.686-2 &  1.414-2 &  9.626-3 &  5.280-3 \\
 30 & 45 &  4.962-2 &  6.608-2 &  6.930-2 &  6.391-2 &  5.695-2 &  4.292-2 &  2.868-2 &  2.463-2 &  2.108-2 &  1.510-2 &  9.078-3 \\
 30 & 46 &  1.358-1 &  1.119-1 &  7.490-2 &  6.362-2 &  5.420-2 &  4.014-2 &  2.772-2 &  2.403-2 &  2.066-2 &  1.471-2 &  8.551-3 \\
 30 & 47 &  3.402-2 &  3.545-2 &  3.372-2 &  3.236-2 &  3.084-2 &  2.757-2 &  2.266-2 &  2.057-2 &  1.836-2 &  1.380-2 &  8.282-3 \\
 30 & 48 &  2.697-4 &  2.693-4 &  2.661-4 &  2.637-4 &  2.604-4 &  2.503-4 &  2.258-4 &  2.123-4 &  1.962-4 &  1.574-4 &  1.016-4 \\
 31 & 32 &  9.306-2 &  8.515-2 &  7.270-2 &  7.024-2 &  6.850-2 &  6.331-2 &  5.092-2 &  4.558-2 &  4.023-2 &  3.011-2 &  1.921-2 \\
 31 & 33 &  1.126-1 &  1.082-1 &  1.012-1 &  9.968-2 &  9.806-2 &  8.985-2 &  7.026-2 &  6.268-2 &  5.564-2 &  4.372-2 &  3.257-2 \\
 31 & 34 &  3.073-1 &  3.039-1 &  2.945-1 &  2.927-1 &  2.910-1 &  2.801-1 &  2.493-1 &  2.355-1 &  2.214-1 &  1.944-1 &  1.630-1 \\
 31 & 35 &  4.947-1 &  4.933-1 &  4.793-1 &  4.738-1 &  4.671-1 &  4.440-1 &  4.004-1 &  3.848-1 &  3.708-1 &  3.484-1 &  3.295-1 \\
 31 & 36 &  3.441-1 &  3.454-1 &  3.782-1 &  3.965-1 &  4.070-1 &  3.968-1 &  3.480-1 &  3.281-1 &  3.091-1 &  2.760-1 &  2.428-1 \\
 31 & 37 &  1.825-2 &  1.818-2 &  1.994-2 &  2.004-2 &  1.937-2 &  1.629-2 &  1.139-2 &  9.758-3 &  8.275-3 &  5.754-3 &  3.299-3 \\
 31 & 38 &  9.494-2 &  1.020-1 &  9.738-2 &  9.393-2 &  9.040-2 &  8.413-2 &  7.835-2 &  7.693-2 &  7.586-2 &  7.464-2 &  7.354-2 \\
 31 & 39 &  2.208-2 &  2.474-2 &  2.473-2 &  2.386-2 &  2.265-2 &  1.962-2 &  1.528-2 &  1.365-2 &  1.202-2 &  8.846-3 &  5.219-3 \\
 31 & 40 &  6.951-3 &  7.763-3 &  8.798-3 &  8.804-3 &  8.565-3 &  7.620-3 &  6.015-3 &  5.387-3 &  4.761-3 &  3.570-3 &  2.298-3 \\
 31 & 41 &  2.334-2 &  2.235-2 &  2.097-2 &  1.975-2 &  1.805-2 &  1.402-2 &  9.322-3 &  7.930-3 &  6.717-3 &  4.755-3 &  2.970-3 \\
 31 & 42 &  5.599-2 &  6.000-2 &  6.720-2 &  6.473-2 &  5.974-2 &  4.680-2 &  3.140-2 &  2.679-2 &  2.276-2 &  1.617-2 &  1.010-2 \\
 31 & 43 &  5.755-2 &  6.383-2 &  7.170-2 &  7.038-2 &  6.707-2 &  5.803-2 &  4.682-2 &  4.330-2 &  4.009-2 &  3.460-2 &  2.912-2 \\
& & & & & & & & & & & \\ \hline                                                                                                            
\end{tabular}                                                                                                                               
\newpage                                                                                                                                    
\begin{flushleft}                                                                                                                           
{\bf Table 3.} Effective Collision Strengths for Transitions in  Fe XI. ($a{\pm}b \equiv a{\times}10^{{\pm}b}$).                            
\newline                                                                                                                                    
\end{flushleft}                                                                                                                             
\begin{tabular}{rrlllllllllll} \hline                                                                                                       
 & & & & & & & & & & & \\                                                                                                                  
\multicolumn{2}{c}{Transition} & \multicolumn{11}{c}{Temperature (log T$_e$, K)}\\                                                          
 & & & & & & & & & & & \\ \hline                                                                                                           
 & & & & & & & & & & & \\                                                                                                                  
 $i$ & $j$ & 4.00 &        4.30 &        4.70 &        4.85 &     5.00 &     5.30 &     5.70 &     5.85 &     6.00 &     6.30 &     6.70 \\ 
 & & & & & & & & & & & \\ \hline                                                                                                           
 & & & & & & & & & & & \\                                                                                                                  
 31 & 44 &  1.994-2 &  2.530-2 &  3.198-2 &  3.134-2 &  2.935-2 &  2.373-2 &  1.663-2 &  1.436-2 &  1.230-2 &  8.733-3 &  5.183-3 \\
 31 & 45 &  9.640-2 &  1.229-1 &  1.365-1 &  1.316-1 &  1.233-1 &  1.037-1 &  8.031-2 &  7.271-2 &  6.564-2 &  5.293-2 &  3.944-2 \\
 31 & 46 &  2.159-1 &  1.946-1 &  1.361-1 &  1.158-1 &  9.838-2 &  7.186-2 &  4.855-2 &  4.179-2 &  3.567-2 &  2.506-2 &  1.435-2 \\
 31 & 47 &  8.757-2 &  8.683-2 &  8.253-2 &  7.970-2 &  7.646-2 &  6.917-2 &  5.744-2 &  5.231-2 &  4.682-2 &  3.534-2 &  2.128-2 \\
 31 & 48 &  6.132-4 &  6.124-4 &  6.058-4 &  6.006-4 &  5.933-4 &  5.701-4 &  5.145-4 &  4.840-4 &  4.476-4 &  3.602-4 &  2.337-4 \\
 32 & 33 &  1.991-1 &  1.916-1 &  1.839-1 &  1.823-1 &  1.809-1 &  1.761-1 &  1.644-1 &  1.592-1 &  1.540-1 &  1.439-1 &  1.323-1 \\
 32 & 34 &  2.133-1 &  2.143-1 &  2.116-1 &  2.112-1 &  2.102-1 &  2.035-1 &  1.838-1 &  1.745-1 &  1.647-1 &  1.446-1 &  1.200-1 \\
 32 & 35 &  2.705-1 &  2.725-1 &  2.712-1 &  2.713-1 &  2.715-1 &  2.689-1 &  2.591-1 &  2.547-1 &  2.506-1 &  2.435-1 &  2.355-1 \\
 32 & 36 &  4.259-2 &  4.186-2 &  4.630-2 &  4.895-2 &  5.041-2 &  4.815-2 &  3.869-2 &  3.458-2 &  3.047-2 &  2.262-2 &  1.381-2 \\
 32 & 37 &  7.351-3 &  1.052-2 &  1.717-2 &  1.806-2 &  1.756-2 &  1.393-2 &  8.524-3 &  6.987-3 &  5.746-3 &  3.967-3 &  2.522-3 \\
 32 & 38 &  1.776-2 &  2.321-2 &  2.393-2 &  2.229-2 &  2.020-2 &  1.594-2 &  1.145-2 &  1.013-2 &  8.939-3 &  6.918-3 &  4.868-3 \\
 32 & 39 &  1.712-2 &  1.991-2 &  1.950-2 &  1.790-2 &  1.590-2 &  1.174-2 &  7.407-3 &  6.205-3 &  5.188-3 &  3.578-3 &  2.078-3 \\
 32 & 40 &  4.944-3 &  6.282-3 &  6.367-3 &  5.736-3 &  4.936-3 &  3.343-3 &  1.839-3 &  1.461-3 &  1.159-3 &  7.218-4 &  3.671-4 \\
 32 & 41 &  2.009-2 &  2.435-2 &  2.413-2 &  2.200-2 &  1.931-2 &  1.368-2 &  7.887-3 &  6.353-3 &  5.106-3 &  3.271-3 &  1.743-3 \\
 32 & 42 &  3.570-2 &  3.523-2 &  3.446-2 &  3.317-2 &  3.132-2 &  2.691-2 &  2.132-2 &  1.940-2 &  1.754-2 &  1.416-2 &  1.084-2 \\
 32 & 43 &  2.591-2 &  2.867-2 &  2.964-2 &  2.760-2 &  2.472-2 &  1.847-2 &  1.188-2 &  1.000-2 &  8.375-3 &  5.721-3 &  3.177-3 \\
 32 & 44 &  1.441-2 &  2.414-2 &  2.774-2 &  2.519-2 &  2.168-2 &  1.455-2 &  7.880-3 &  6.238-3 &  4.946-3 &  3.130-3 &  1.747-3 \\
 32 & 45 &  2.787-2 &  3.910-2 &  3.851-2 &  3.415-2 &  2.905-2 &  1.949-2 &  1.081-2 &  8.649-3 &  6.920-3 &  4.403-3 &  2.337-3 \\
 32 & 46 &  5.432-2 &  4.690-2 &  3.385-2 &  2.951-2 &  2.576-2 &  1.991-2 &  1.431-2 &  1.253-2 &  1.085-2 &  7.772-3 &  4.461-3 \\
 32 & 47 &  2.245-2 &  2.214-2 &  2.011-2 &  1.911-2 &  1.804-2 &  1.580-2 &  1.258-2 &  1.128-2 &  9.953-3 &  7.329-3 &  4.348-3 \\
 32 & 48 &  9.796-3 &  9.838-3 &  9.897-3 &  9.936-3 &  9.994-3 &  1.020-2 &  1.073-2 &  1.106-2 &  1.147-2 &  1.256-2 &  1.448-2 \\
 33 & 34 &  2.648-1 &  2.674-1 &  2.646-1 &  2.645-1 &  2.645-1 &  2.612-1 &  2.496-1 &  2.448-1 &  2.404-1 &  2.334-1 &  2.253-1 \\
 33 & 35 &  2.228-1 &  2.394-1 &  2.394-1 &  2.339-1 &  2.262-1 &  2.041-1 &  1.646-1 &  1.484-1 &  1.319-1 &  9.919-2 &  6.086-2 \\
 33 & 36 &  1.241-1 &  1.228-1 &  1.299-1 &  1.347-1 &  1.372-1 &  1.308-1 &  1.067-1 &  9.578-2 &  8.459-2 &  6.249-2 &  3.701-2 \\
 33 & 37 &  5.786-2 &  5.976-2 &  6.298-2 &  6.296-2 &  6.210-2 &  5.886-2 &  5.407-2 &  5.252-2 &  5.115-2 &  4.892-2 &  4.637-2 \\
 33 & 38 &  9.492-2 &  1.043-1 &  9.692-2 &  9.153-2 &  8.617-2 &  7.714-2 &  6.920-2 &  6.718-2 &  6.555-2 &  6.324-2 &  6.158-2 \\
 33 & 39 &  4.459-2 &  4.498-2 &  3.757-2 &  3.398-2 &  3.050-2 &  2.461-2 &  1.926-2 &  1.777-2 &  1.644-2 &  1.423-2 &  1.248-2 \\
 33 & 40 &  1.636-2 &  1.615-2 &  1.554-2 &  1.484-2 &  1.399-2 &  1.219-2 &  1.018-2 &  9.556-3 &  8.990-3 &  8.005-3 &  6.856-3 \\
 33 & 41 &  3.548-2 &  3.368-2 &  2.874-2 &  2.637-2 &  2.390-2 &  1.926-2 &  1.453-2 &  1.315-2 &  1.192-2 &  9.867-3 &  7.816-3 \\
 33 & 42 &  6.705-2 &  5.805-2 &  4.643-2 &  4.186-2 &  3.716-2 &  2.829-2 &  1.921-2 &  1.659-2 &  1.433-2 &  1.076-2 &  7.746-3 \\
 33 & 43 &  5.040-2 &  5.455-2 &  5.527-2 &  5.150-2 &  4.629-2 &  3.506-2 &  2.311-2 &  1.967-2 &  1.669-2 &  1.185-2 &  7.338-3 \\
 33 & 44 &  2.439-2 &  3.082-2 &  3.479-2 &  3.221-2 &  2.838-2 &  2.014-2 &  1.197-2 &  9.861-3 &  8.151-3 &  5.635-3 &  3.533-3 \\
 33 & 45 &  4.513-2 &  5.689-2 &  6.340-2 &  5.943-2 &  5.332-2 &  3.971-2 &  2.531-2 &  2.128-2 &  1.783-2 &  1.227-2 &  7.012-3 \\
 33 & 46 &  1.038-1 &  9.390-2 &  6.678-2 &  5.709-2 &  4.867-2 &  3.575-2 &  2.425-2 &  2.087-2 &  1.781-2 &  1.245-2 &  6.992-3 \\
 33 & 47 &  2.830-2 &  2.838-2 &  2.592-2 &  2.457-2 &  2.318-2 &  2.042-2 &  1.658-2 &  1.502-2 &  1.338-2 &  1.009-2 &  6.220-3 \\
 33 & 48 &  1.873-4 &  1.870-4 &  1.850-4 &  1.835-4 &  1.816-4 &  1.757-4 &  1.607-4 &  1.519-4 &  1.410-4 &  1.139-4 &  7.363-5 \\
 34 & 35 &  6.622-1 &  6.658-1 &  6.600-1 &  6.595-1 &  6.593-1 &  6.522-1 &  6.277-1 &  6.172-1 &  6.073-1 &  5.913-1 &  5.822-1 \\
 34 & 36 &  1.533-1 &  1.493-1 &  1.556-1 &  1.611-1 &  1.645-1 &  1.594-1 &  1.366-1 &  1.264-1 &  1.161-1 &  9.619-2 &  7.341-2 \\
 34 & 37 &  1.139-2 &  1.158-2 &  1.402-2 &  1.476-2 &  1.479-2 &  1.305-2 &  9.697-3 &  8.623-3 &  7.703-3 &  6.256-3 &  4.861-3 \\
 34 & 38 &  2.306-2 &  2.548-2 &  2.457-2 &  2.341-2 &  2.192-2 &  1.849-2 &  1.424-2 &  1.288-2 &  1.162-2 &  9.396-3 &  7.020-3 \\
 34 & 39 &  1.033-2 &  1.092-2 &  1.130-2 &  1.102-2 &  1.038-2 &  8.476-3 &  5.882-3 &  5.057-3 &  4.319-3 &  3.080-3 &  1.855-3 \\
 34 & 40 &  4.504-3 &  5.295-3 &  6.925-3 &  6.980-3 &  6.699-3 &  5.625-3 &  4.113-3 &  3.620-3 &  3.167-3 &  2.372-3 &  1.546-3 \\
 34 & 41 &  1.891-2 &  1.955-2 &  2.268-2 &  2.283-2 &  2.207-2 &  1.890-2 &  1.416-2 &  1.260-2 &  1.118-2 &  8.665-3 &  5.943-3 \\
 34 & 42 &  3.375-2 &  3.446-2 &  3.948-2 &  3.899-2 &  3.688-2 &  3.022-2 &  2.149-2 &  1.878-2 &  1.635-2 &  1.224-2 &  8.163-3 \\
 34 & 43 &  2.499-2 &  3.618-2 &  4.790-2 &  4.660-2 &  4.302-2 &  3.340-2 &  2.221-2 &  1.894-2 &  1.611-2 &  1.151-2 &  7.112-3 \\
 34 & 44 &  2.234-2 &  3.548-2 &  4.339-2 &  4.125-2 &  3.755-2 &  2.895-2 &  1.940-2 &  1.657-2 &  1.405-2 &  9.833-3 &  5.721-3 \\
 34 & 45 &  3.319-2 &  5.805-2 &  7.224-2 &  6.756-2 &  5.976-2 &  4.215-2 &  2.426-2 &  1.959-2 &  1.580-2 &  1.017-2 &  5.471-3 \\
& & & & & & & & & & & \\ \hline                                                                                                            
\end{tabular}                                                                                                                               
\newpage                                                                                                                                    
\begin{flushleft}                                                                                                                           
{\bf Table 3.} Effective Collision Strengths for Transitions in  Fe XI. ($a{\pm}b \equiv a{\times}10^{{\pm}b}$).                            
\newline                                                                                                                                    
\end{flushleft}                                                                                                                             
\begin{tabular}{rrlllllllllll} \hline                                                                                                       
 & & & & & & & & & & & \\                                                                                                                  
\multicolumn{2}{c}{Transition} & \multicolumn{11}{c}{Temperature (log T$_e$, K)}\\                                                          
 & & & & & & & & & & & \\ \hline                                                                                                           
 & & & & & & & & & & & \\                                                                                                                  
 $i$ & $j$ & 4.00 &        4.30 &        4.70 &        4.85 &     5.00 &     5.30 &     5.70 &     5.85 &     6.00 &     6.30 &     6.70 \\ 
 & & & & & & & & & & & \\ \hline                                                                                                           
 & & & & & & & & & & & \\                                                                                                                  
 34 & 46 &  9.196-2 &  8.572-2 &  6.702-2 &  5.953-2 &  5.267-2 &  4.135-2 &  2.996-2 &  2.626-2 &  2.274-2 &  1.628-2 &  9.405-3 \\
 34 & 47 &  4.939-2 &  4.800-2 &  4.185-2 &  3.910-2 &  3.641-2 &  3.138-2 &  2.482-2 &  2.223-2 &  1.957-2 &  1.432-2 &  8.359-3 \\
 34 & 48 &  1.513-3 &  1.517-3 &  1.515-3 &  1.510-3 &  1.502-3 &  1.468-3 &  1.369-3 &  1.306-3 &  1.226-3 &  1.015-3 &  6.788-4 \\
 35 & 36 &  2.618-1 &  2.601-1 &  2.720-1 &  2.797-1 &  2.834-1 &  2.727-1 &  2.351-1 &  2.185-1 &  2.018-1 &  1.693-1 &  1.317-1 \\
 35 & 37 &  3.859-2 &  3.986-2 &  4.335-2 &  4.348-2 &  4.258-2 &  3.868-2 &  3.265-2 &  3.067-2 &  2.887-2 &  2.583-2 &  2.251-2 \\
 35 & 38 &  1.320-1 &  1.383-1 &  1.396-1 &  1.379-1 &  1.356-1 &  1.304-1 &  1.243-1 &  1.223-1 &  1.206-1 &  1.178-1 &  1.142-1 \\
 35 & 39 &  4.497-2 &  4.852-2 &  4.687-2 &  4.499-2 &  4.285-2 &  3.851-2 &  3.359-2 &  3.200-2 &  3.053-2 &  2.791-2 &  2.465-2 \\
 35 & 40 &  6.423-3 &  7.866-3 &  8.355-3 &  7.932-3 &  7.306-3 &  5.871-3 &  4.174-3 &  3.627-3 &  3.119-3 &  2.210-3 &  1.260-3 \\
 35 & 41 &  4.431-2 &  4.316-2 &  4.096-2 &  3.950-2 &  3.760-2 &  3.323-2 &  2.791-2 &  2.621-2 &  2.466-2 &  2.201-2 &  1.931-2 \\
 35 & 42 &  1.018-1 &  9.417-2 &  8.324-2 &  7.657-2 &  6.855-2 &  5.178-2 &  3.393-2 &  2.884-2 &  2.445-2 &  1.740-2 &  1.102-2 \\
 35 & 43 &  5.543-2 &  5.648-2 &  5.396-2 &  5.006-2 &  4.506-2 &  3.455-2 &  2.348-2 &  2.034-2 &  1.766-2 &  1.348-2 &  1.003-2 \\
 35 & 44 &  2.686-2 &  2.944-2 &  3.262-2 &  3.119-2 &  2.867-2 &  2.258-2 &  1.558-2 &  1.351-2 &  1.173-2 &  8.912-3 &  6.562-3 \\
 35 & 45 &  6.015-2 &  8.153-2 &  9.563-2 &  9.013-2 &  8.104-2 &  6.030-2 &  3.860-2 &  3.272-2 &  2.782-2 &  2.030-2 &  1.370-2 \\
 35 & 46 &  1.249-1 &  1.151-1 &  8.606-2 &  7.525-2 &  6.565-2 &  5.039-2 &  3.579-2 &  3.120-2 &  2.689-2 &  1.911-2 &  1.099-2 \\
 35 & 47 &  4.222-2 &  4.088-2 &  3.541-2 &  3.303-2 &  3.075-2 &  2.662-2 &  2.145-2 &  1.945-2 &  1.740-2 &  1.340-2 &  8.892-3 \\
 35 & 48 &  1.218-4 &  1.216-4 &  1.200-4 &  1.190-4 &  1.179-4 &  1.145-4 &  1.057-4 &  1.005-4 &  9.409-5 &  7.865-5 &  5.742-5 \\
 36 & 37 &  3.014-2 &  3.118-2 &  3.184-2 &  3.097-2 &  2.923-2 &  2.423-2 &  1.763-2 &  1.557-2 &  1.373-2 &  1.066-2 &  7.805-3 \\
 36 & 38 &  3.004-2 &  3.506-2 &  3.774-2 &  3.633-2 &  3.405-2 &  2.859-2 &  2.190-2 &  1.971-2 &  1.767-2 &  1.400-2 &  1.015-2 \\
 36 & 39 &  4.915-2 &  5.274-2 &  5.279-2 &  5.145-2 &  4.961-2 &  4.541-2 &  4.033-2 &  3.871-2 &  3.724-2 &  3.478-2 &  3.229-2 \\
 36 & 40 &  8.694-3 &  1.017-2 &  1.087-2 &  1.048-2 &  9.841-3 &  8.247-3 &  6.143-3 &  5.404-3 &  4.688-3 &  3.353-3 &  1.901-3 \\
 36 & 41 &  1.018-1 &  9.811-2 &  9.332-2 &  9.114-2 &  8.850-2 &  8.263-2 &  7.602-2 &  7.424-2 &  7.286-2 &  7.119-2 &  7.005-2 \\
 36 & 42 &  6.979-2 &  6.779-2 &  6.279-2 &  5.892-2 &  5.393-2 &  4.282-2 &  3.001-2 &  2.610-2 &  2.260-2 &  1.668-2 &  1.086-2 \\
 36 & 43 &  8.332-2 &  8.296-2 &  7.975-2 &  7.621-2 &  7.162-2 &  6.161-2 &  5.039-2 &  4.699-2 &  4.398-2 &  3.897-2 &  3.409-2 \\
 36 & 44 &  3.111-2 &  3.181-2 &  3.404-2 &  3.267-2 &  3.021-2 &  2.402-2 &  1.659-2 &  1.428-2 &  1.219-2 &  8.632-3 &  5.181-3 \\
 36 & 45 &  1.820-1 &  2.179-1 &  2.418-1 &  2.342-1 &  2.210-1 &  1.904-1 &  1.587-1 &  1.505-1 &  1.441-1 &  1.354-1 &  1.291-1 \\
 36 & 46 &  2.040-1 &  1.919-1 &  1.406-1 &  1.204-1 &  1.024-1 &  7.496-2 &  5.213-2 &  4.612-2 &  4.103-2 &  3.309-2 &  2.637-2 \\
 36 & 47 &  1.578-1 &  1.535-1 &  1.430-1 &  1.392-1 &  1.358-1 &  1.303-1 &  1.248-1 &  1.233-1 &  1.221-1 &  1.210-1 &  1.210-1 \\
 36 & 48 &  3.052-4 &  3.065-4 &  3.084-4 &  3.095-4 &  3.112-4 &  3.169-4 &  3.328-4 &  3.430-4 &  3.571-4 &  4.001-4 &  4.853-4 \\
 37 & 38 &  8.700-2 &  1.015-1 &  9.912-2 &  9.206-2 &  8.384-2 &  6.793-2 &  5.090-2 &  4.547-2 &  4.039-2 &  3.117-2 &  2.119-2 \\
 37 & 39 &  6.886-2 &  7.473-2 &  6.443-2 &  5.729-2 &  5.005-2 &  3.753-2 &  2.584-2 &  2.250-2 &  1.952-2 &  1.444-2 &  9.289-3 \\
 37 & 40 &  2.050-2 &  2.767-2 &  2.596-2 &  2.306-2 &  1.994-2 &  1.446-2 &  9.434-3 &  8.051-3 &  6.849-3 &  4.858-3 &  2.908-3 \\
 37 & 41 &  6.801-2 &  6.979-2 &  5.592-2 &  4.868-2 &  4.180-2 &  3.054-2 &  2.043-2 &  1.757-2 &  1.501-2 &  1.064-2 &  6.227-3 \\
 37 & 42 &  2.242-1 &  2.253-1 &  2.199-1 &  2.170-1 &  2.140-1 &  2.079-1 &  1.997-1 &  1.967-1 &  1.936-1 &  1.879-1 &  1.799-1 \\
 37 & 43 &  1.952-1 &  1.854-1 &  1.696-1 &  1.643-1 &  1.595-1 &  1.514-1 &  1.422-1 &  1.390-1 &  1.359-1 &  1.302-1 &  1.228-1 \\
 37 & 44 &  1.247-1 &  1.194-1 &  1.147-1 &  1.132-1 &  1.117-1 &  1.090-1 &  1.058-1 &  1.046-1 &  1.036-1 &  1.020-1 &  1.015-1 \\
 37 & 45 &  1.460-1 &  1.437-1 &  1.386-1 &  1.353-1 &  1.315-1 &  1.226-1 &  1.075-1 &  1.006-1 &  9.312-2 &  7.728-2 &  5.726-2 \\
 37 & 46 &  3.273-2 &  3.001-2 &  2.539-2 &  2.372-2 &  2.217-2 &  1.935-2 &  1.561-2 &  1.411-2 &  1.256-2 &  9.500-3 &  6.057-3 \\
 37 & 47 &  1.192-2 &  1.191-2 &  1.158-2 &  1.137-2 &  1.112-2 &  1.043-2 &  8.961-3 &  8.230-3 &  7.425-3 &  5.733-3 &  3.706-3 \\
 37 & 48 &  2.178-4 &  2.188-4 &  2.201-4 &  2.209-4 &  2.220-4 &  2.255-4 &  2.350-4 &  2.412-4 &  2.491-4 &  2.704-4 &  3.069-4 \\
 38 & 39 &  3.010-1 &  2.943-1 &  2.650-1 &  2.519-1 &  2.394-1 &  2.173-1 &  1.919-1 &  1.826-1 &  1.733-1 &  1.547-1 &  1.310-1 \\
 38 & 40 &  9.270-2 &  9.061-2 &  8.637-2 &  8.426-2 &  8.221-2 &  7.858-2 &  7.455-2 &  7.322-2 &  7.197-2 &  6.982-2 &  6.906-2 \\
 38 & 41 &  1.699-1 &  1.682-1 &  1.511-1 &  1.435-1 &  1.362-1 &  1.234-1 &  1.080-1 &  1.022-1 &  9.622-2 &  8.436-2 &  6.967-2 \\
 38 & 42 &  2.118-1 &  1.940-1 &  1.641-1 &  1.537-1 &  1.443-1 &  1.283-1 &  1.098-1 &  1.029-1 &  9.582-2 &  8.178-2 &  6.467-2 \\
 38 & 43 &  1.365-1 &  1.192-1 &  9.798-2 &  9.158-2 &  8.610-2 &  7.748-2 &  6.870-2 &  6.576-2 &  6.296-2 &  5.796-2 &  5.271-2 \\
 38 & 44 &  4.623-2 &  4.192-2 &  3.667-2 &  3.498-2 &  3.345-2 &  3.078-2 &  2.754-2 &  2.632-2 &  2.511-2 &  2.284-2 &  2.032-2 \\
 38 & 45 &  7.064-2 &  6.378-2 &  5.442-2 &  5.096-2 &  4.765-2 &  4.166-2 &  3.440-2 &  3.161-2 &  2.870-2 &  2.308-2 &  1.747-2 \\
 38 & 46 &  9.358-2 &  9.046-2 &  8.534-2 &  8.310-2 &  8.068-2 &  7.506-2 &  6.485-2 &  6.004-2 &  5.480-2 &  4.364-2 &  2.983-2 \\
& & & & & & & & & & & \\ \hline                                                                                                            
\end{tabular}                                                                                                                               
\newpage                                                                                                                                    
\begin{flushleft}
{\bf Table 3.} Effective Collision Strengths for Transitions in  Fe XI. ($a{\pm}b \equiv a{\times}10^{{\pm}b}$).                            
\newline                                                                                                                                    
\end{flushleft}                                                                                                                             
\begin{tabular}{rrlllllllllll} \hline                                                                                                       
 & & & & & & & & & & & \\                                                                                                                  
\multicolumn{2}{c}{Transition} & \multicolumn{11}{c}{Temperature (log T$_e$, K)}\\                                                          
 & & & & & & & & & & & \\ \hline                                                                                                           
 & & & & & & & & & & & \\                                                                                                                  
 $i$ & $j$ & 4.00 &        4.30 &        4.70 &        4.85 &     5.00 &     5.30 &     5.70 &     5.85 &     6.00 &     6.30 &     6.70 \\ 
 & & & & & & & & & & & \\ \hline                                                                                                           
 & & & & & & & & & & & \\                                                                                                                  
 38 & 47 &  1.715-2 &  1.707-2 &  1.657-2 &  1.624-2 &  1.583-2 &  1.468-2 &  1.235-2 &  1.122-2 &  9.995-3 &  7.436-3 &  4.419-3 \\
 38 & 48 &  5.599-3 &  5.606-3 &  5.582-3 &  5.560-3 &  5.527-3 &  5.409-3 &  5.057-3 &  4.830-3 &  4.536-3 &  3.753-3 &  2.500-3 \\
 39 & 40 &  7.647-2 &  7.458-2 &  6.887-2 &  6.594-2 &  6.291-2 &  5.688-2 &  4.821-2 &  4.446-2 &  4.040-2 &  3.169-2 &  2.044-2 \\
 39 & 41 &  2.326-1 &  2.632-1 &  2.772-1 &  2.708-1 &  2.590-1 &  2.213-1 &  1.620-1 &  1.429-1 &  1.267-1 &  1.018-1 &  8.021-2 \\
 39 & 42 &  1.485-1 &  1.121-1 &  7.588-2 &  6.611-2 &  5.819-2 &  4.676-2 &  3.729-2 &  3.467-2 &  3.237-2 &  2.852-2 &  2.476-2 \\
 39 & 43 &  8.146-2 &  7.388-2 &  6.134-2 &  5.699-2 &  5.307-2 &  4.653-2 &  3.947-2 &  3.699-2 &  3.452-2 &  2.966-2 &  2.358-2 \\
 39 & 44 &  5.247-2 &  5.195-2 &  4.705-2 &  4.488-2 &  4.270-2 &  3.832-2 &  3.319-2 &  3.166-2 &  3.039-2 &  2.858-2 &  2.784-2 \\
 39 & 45 &  7.489-2 &  6.740-2 &  5.878-2 &  5.565-2 &  5.269-2 &  4.748-2 &  4.170-2 &  3.973-2 &  3.785-2 &  3.449-2 &  3.115-2 \\
 39 & 46 &  6.093-2 &  5.860-2 &  5.390-2 &  5.190-2 &  4.986-2 &  4.561-2 &  3.879-2 &  3.573-2 &  3.241-2 &  2.535-2 &  1.639-2 \\
 39 & 47 &  9.249-2 &  9.168-2 &  8.415-2 &  8.043-2 &  7.493-2 &  5.986-2 &  4.064-2 &  3.516-2 &  3.065-2 &  2.406-2 &  1.878-2 \\
 39 & 48 &  4.354-1 &  4.377-1 &  4.414-1 &  4.434-1 &  4.462-1 &  4.554-1 &  4.813-1 &  4.980-1 &  5.198-1 &  5.776-1 &  6.732-1 \\
 40 & 41 &  3.213-2 &  3.490-2 &  3.385-2 &  3.234-2 &  3.061-2 &  2.707-2 &  2.237-2 &  2.049-2 &  1.851-2 &  1.437-2 &  9.094-3 \\
 40 & 42 &  1.420-2 &  1.447-2 &  1.222-2 &  1.096-2 &  9.708-3 &  7.533-3 &  5.378-3 &  4.711-3 &  4.090-3 &  2.964-3 &  1.740-3 \\
 40 & 43 &  2.861-2 &  2.542-2 &  1.941-2 &  1.730-2 &  1.546-2 &  1.266-2 &  1.043-2 &  9.886-3 &  9.453-3 &  8.838-3 &  8.330-3 \\
 40 & 44 &  2.483-2 &  2.327-2 &  2.066-2 &  1.948-2 &  1.831-2 &  1.612-2 &  1.337-2 &  1.230-2 &  1.120-2 &  8.943-3 &  6.138-3 \\
 40 & 45 &  2.319-2 &  2.048-2 &  1.704-2 &  1.574-2 &  1.451-2 &  1.236-2 &  9.951-3 &  9.100-3 &  8.266-3 &  6.704-3 &  5.018-3 \\
 40 & 46 &  2.736-2 &  2.512-2 &  2.234-2 &  2.141-2 &  2.050-2 &  1.867-2 &  1.571-2 &  1.436-2 &  1.290-2 &  9.803-3 &  5.964-3 \\
 40 & 47 &  7.358-3 &  7.334-3 &  7.074-3 &  6.909-3 &  6.709-3 &  6.197-3 &  5.196-3 &  4.715-3 &  4.189-3 &  3.088-3 &  1.787-3 \\
 40 & 48 &  1.296-3 &  1.297-3 &  1.290-3 &  1.285-3 &  1.277-3 &  1.250-3 &  1.171-3 &  1.119-3 &  1.052-3 &  8.721-4 &  5.824-4 \\
 41 & 42 &  8.704-2 &  7.059-2 &  5.109-2 &  4.514-2 &  4.007-2 &  3.241-2 &  2.603-2 &  2.436-2 &  2.298-2 &  2.086-2 &  1.898-2 \\
 41 & 43 &  7.541-2 &  6.953-2 &  5.670-2 &  5.202-2 &  4.781-2 &  4.107-2 &  3.488-2 &  3.310-2 &  3.153-2 &  2.894-2 &  2.639-2 \\
 41 & 44 &  6.759-2 &  6.734-2 &  5.725-2 &  5.272-2 &  4.806-2 &  3.835-2 &  2.641-2 &  2.273-2 &  1.951-2 &  1.426-2 &  9.212-3 \\
 41 & 45 &  1.635-1 &  1.540-1 &  1.430-1 &  1.388-1 &  1.347-1 &  1.276-1 &  1.209-1 &  1.192-1 &  1.178-1 &  1.164-1 &  1.153-1 \\
 41 & 46 &  7.763-2 &  7.708-2 &  7.177-2 &  6.898-2 &  6.617-2 &  6.085-2 &  5.372-2 &  5.081-2 &  4.772-2 &  4.111-2 &  3.164-2 \\
 41 & 47 &  2.537-1 &  2.507-1 &  2.295-1 &  2.195-1 &  2.049-1 &  1.649-1 &  1.155-1 &  1.022-1 &  9.179-2 &  7.802-2 &  6.873-2 \\
 41 & 48 &  1.180-0 &  1.187-0 &  1.197-0 &  1.202-0 &  1.210-0 &  1.235-0 &  1.307-0 &  1.353-0 &  1.413-0 &  1.573-0 &  1.836-0 \\
 42 & 43 &  4.385-1 &  4.348-1 &  4.171-1 &  4.081-1 &  3.983-1 &  3.769-1 &  3.417-1 &  3.261-1 &  3.095-1 &  2.750-1 &  2.314-1 \\
 42 & 44 &  6.672-2 &  6.288-2 &  5.770-2 &  5.508-2 &  5.228-2 &  4.665-2 &  3.943-2 &  3.675-2 &  3.412-2 &  2.918-2 &  2.389-2 \\
 42 & 45 &  1.494-1 &  1.435-1 &  1.289-1 &  1.213-1 &  1.135-1 &  9.828-2 &  7.891-2 &  7.146-2 &  6.384-2 &  4.860-2 &  3.058-2 \\
 42 & 46 &  1.923-1 &  1.853-1 &  1.728-1 &  1.678-1 &  1.625-1 &  1.510-1 &  1.310-1 &  1.216-1 &  1.111-1 &  8.918-2 &  6.428-2 \\
 42 & 47 &  4.322-2 &  4.264-2 &  4.027-2 &  3.913-2 &  3.791-2 &  3.512-2 &  3.008-2 &  2.773-2 &  2.521-2 &  2.005-2 &  1.412-2 \\
 42 & 48 &  7.207-5 &  7.269-5 &  7.366-5 &  7.359-5 &  7.301-5 &  7.002-5 &  6.167-5 &  5.700-5 &  5.153-5 &  3.908-5 &  2.316-5 \\
 43 & 44 &  3.071-1 &  3.084-1 &  3.033-1 &  2.984-1 &  2.922-1 &  2.774-1 &  2.519-1 &  2.403-1 &  2.279-1 &  2.019-1 &  1.709-1 \\
 43 & 45 &  1.830-1 &  1.801-1 &  1.670-1 &  1.594-1 &  1.515-1 &  1.364-1 &  1.185-1 &  1.120-1 &  1.057-1 &  9.347-2 &  7.896-2 \\
 43 & 46 &  1.833-1 &  1.720-1 &  1.535-1 &  1.471-1 &  1.410-1 &  1.293-1 &  1.122-1 &  1.049-1 &  9.697-2 &  8.071-2 &  6.148-2 \\
 43 & 47 &  7.000-2 &  6.980-2 &  6.784-2 &  6.686-2 &  6.581-2 &  6.342-2 &  5.910-2 &  5.713-2 &  5.505-2 &  5.096-2 &  4.623-2 \\
 43 & 48 &  1.436-4 &  1.439-4 &  1.432-4 &  1.424-4 &  1.410-4 &  1.364-4 &  1.242-4 &  1.172-4 &  1.086-4 &  8.749-5 &  5.672-5 \\
 44 & 45 &  1.007-1 &  1.051-1 &  1.005-1 &  9.601-2 &  9.094-2 &  8.050-2 &  6.641-2 &  6.073-2 &  5.472-2 &  4.255-2 &  2.895-2 \\
 44 & 46 &  1.132-1 &  1.028-1 &  8.719-2 &  8.206-2 &  7.736-2 &  6.877-2 &  5.695-2 &  5.203-2 &  4.686-2 &  3.627-2 &  2.347-2 \\
 44 & 47 &  3.686-2 &  3.622-2 &  3.312-2 &  3.170-2 &  2.999-2 &  2.585-2 &  1.979-2 &  1.751-2 &  1.526-2 &  1.103-2 &  6.525-3 \\
 44 & 48 &  6.258-2 &  6.293-2 &  6.346-2 &  6.375-2 &  6.415-2 &  6.552-2 &  6.934-2 &  7.181-2 &  7.501-2 &  8.345-2 &  9.729-2 \\
 45 & 46 &  6.247-1 &  6.174-1 &  5.924-1 &  5.811-1 &  5.701-1 &  5.505-1 &  5.266-1 &  5.182-1 &  5.103-1 &  4.958-1 &  4.772-1 \\
 45 & 47 &  4.025-1 &  4.054-1 &  4.063-1 &  4.060-1 &  4.055-1 &  4.047-1 &  4.036-1 &  4.038-1 &  4.047-1 &  4.083-1 &  4.123-1 \\
 45 & 48 &  1.326-4 &  1.317-4 &  1.285-4 &  1.263-4 &  1.236-4 &  1.161-4 &  1.014-4 &  9.449-5 &  8.703-5 &  7.103-5 &  4.992-5 \\
 46 & 47 &  3.956-1 &  3.975-1 &  3.954-1 &  3.938-1 &  3.920-1 &  3.884-1 &  3.832-1 &  3.817-1 &  3.808-1 &  3.814-1 &  3.824-1 \\
 46 & 48 &  1.625-4 &  1.629-4 &  1.635-4 &  1.640-4 &  1.645-4 &  1.657-4 &  1.682-4 &  1.698-4 &  1.721-4 &  1.778-4 &  1.837-4 \\
 47 & 48 &  5.048-1 &  5.078-1 &  5.124-1 &  5.148-1 &  5.181-1 &  5.297-1 &  5.627-1 &  5.838-1 &  6.115-1 &  6.834-1 &  8.043-1 \\
& & & & & & & & & & & \\ \hline                                                                                                            
\end{tabular}                                                                                                                               
\clearpage

\frenchspacing
\begin{flushleft}
{\bf Table 4.} Comparison between our present DARC and earlier BPRM (GT: Gupta \& Tayal 1999a,b)\\
 \hspace*{1.6 cm}effective collision strengths ($\Upsilon$) for some transitions of Fe XI.\\  \hspace*{1.6 cm}($a{\pm}b \equiv a{\times}$10$^{\pm}b$).
\newline
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\begin{tabular}{rrlllllllll} \hline
& & & & & &  & & & & \\
\multicolumn{2}{c}{Transition} &  \multicolumn{4}{c}{DARC} & \multicolumn{4}{c}{GT}  \\
& & & & & & & &  & & \\ \hline
& & & & & & & &  & & \\
  $i$ & $j$  &  5$\times$10$^5$ &1$\times$10$^6$ & 2$\times$10$^6$ & 5$\times$10$^6$ &  5$\times$10$^5$ &1$\times$10$^6$ & 2$\times$10$^6$ & 5$\times$10$^6$ K    \\ 
& & & & & & & &  & & \\ \hline
& & & & & & & &  & & \\
  1 & 37 &  1.155-0 &  1.245-0 &  1.390-0 &  1.646-0 &  1.87 &  1.93 &  1.92 &  1.44    \\
  1 & 38 &  4.807-0 &  5.236-0 &  5.875-0 &  6.926-0 &  4.18 &  4.33 &  4.30 &  3.23    \\
  1 & 42 &  7.070-0 &  7.728-0 &  8.697-0 &  1.032+1 &  7.22 &  7.44 &  7.35 &  5.48    \\
  1 & 43 &  8.179-1 &  8.892-1 &  9.956-1 &  1.175-0 &  1.10 &  1.12 &  1.11 &  0.824   \\
  2 & 38 &  1.021-0 &  1.106-0 &  1.236-0 &  1.450-0 &  1.03 &  1.06 &  1.05 &  0.781   \\
  2 & 40 &  1.226-0 &  1.336-0 &  1.500-0 &  1.797-0 &  1.14 &  1.19 &  1.19 &  0.893   \\
  2 & 43 &  3.866-0 &  4.226-0 &  4.754-0 &  5.609-0 &  4.09 &  4.23 &  4.19 &  3.13    \\
  2 & 44 &  1.220-0 &  1.332-0 &  1.496-0 &  1.759-0 &  1.25 &  1.29 &  1.28 &  0.961   \\
  3 & 44 &  1.692-0 &  1.849-0 &  2.082-0 &  2.529-0 &  1.80 &  1.86 &  1.85 &  1.38    \\
  4 & 39 &  6.217-1 &  6.665-1 &  7.394-1 &  8.668-1 &  1.56 &  1.59 &  1.57 &  1.18    \\
  4 & 41 &  3.250-0 &  3.528-0 &  3.949-0 &  4.653-0 &  1.95 &  2.00 &  1.98 &  1.48    \\
  4 & 45 &  3.200-0 &  3.488-0 &  3.922-0 &  4.701-0 &  4.30 &  4.40 &  4.33 &  3.22    \\
  4 & 46 &  8.281-0 &  9.055-0 &  1.019+1 &  1.208+1 &  7.46 &  7.63 &  7.49 &  5.54    \\
  5 & 47 &  2.536-0 &  2.773-0 &  3.121-0 &  3.715-0 &  2.67 &  2.79 &  2.77 &  2.07    \\
& & & & & & & &  & & \\ \hline
\end{tabular}
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\end{document}


