\documentstyle{l-aa} \begin{document} \begin{table*}[th] \caption[ ]{Gaussian fit parameters} \begin{flushleft} \small \begin{tabular}{lccccccccccccc} \hline \noalign{\smallskip} &&&\multicolumn{3}{c}{W3~IRS4}&&\multicolumn{3}{c}{W3~IRS5}&& \multicolumn{3}{c}{W3(H$_2$O)}\\ \noalign{\smallskip} \cline{4-6}\cline{8-10} \cline{12-14} \noalign{\smallskip} Species & $\nu$ & $J$ & $T_{\rm MB}$ & $\Delta V$ & $W$ && $T_{\rm MB}$ & $\Delta V$ & $W$ &&$T_{\rm MB}$ & $\Delta V$ & $W$ \\ & (MHz) && (K) & (km/s) & (K km/s) &&(K) & (km/s) & (K km/s) &&(K) & (km/s) & (K km/s) \\ \noalign{\smallskip} \hline \noalign{\smallskip} CO & 230538.0 & 2--1 &--$^1$& -- & 333 & & --$^1$& -- & 894 & & -- & -- & --\\ CO & 345796.0 & 3--2 &--$^1$& -- & 536 & & --$^1$& -- & 701 & & --$^1$& -- & 341\\ $^{13}$CO & 220398.7 & 2--1 & -- & -- & -- & & -- & -- & -- & & 17.1 & 6.10 & 111\\ C$^{18}$O & 219560.3 & 2--1 & 9.41 & 4.25 & 42.8 & & 8.91 & 4.71 & 44.4 & & 11.4 & 5.35 & 64.9\\ C$^{17}$O & 224714.4 & 2--1 & 1.04 & 5.42 & 6.00 & & -- & -- & -- & & -- & -- & --\\ C$^{17}$O & 337061.1 & 3--2 & 3.73 & 3.67 & 14.3 & & 4.47 & 4.09 & 19.5 & & 3.23 & 4.40 & 15.1\\ & & & & & & & & & & & & & \\ CN & 226341.9 &\cn226341. & $<$0.11& -- & -- & & 0.42 & 1.51 & 0.28 & & 0.51 & 3.82 & 2.06\\ CN & 226359.9 &\cn226359. & 0.81 & 3.94 & 3.39 & & 0.42 & 4.95 & 2.24 & & 0.50 & 3.56 & 1.84\\ CN & 339493.3 &\cn339493. & $<$0.14 &-- & -- & & $<$0.087&-- & -- & & 0.33$^{a}$&6.89&2.45\\ CN & 339516.7 &\cn339516. & 0.27 & 5.52 & 0.91 & & $<$0.087&-- & -- & & $<$0.098& --& --\\ CN & 339992.3 &\cn339992. & 0.85 & 2.15 & 1.94 & & $<$0.17& -- & -- & &2.23$^{b}$&5.03&11.9\\ CN & 340008.1 &\cn340008. & 0.24 & 2.06 & 0.53 & & 0.45 & 2.70 & 1.30 & & 0.23 & 2.25 & 0.57\\ CN & 340019.6 &\cn340019. & 0.66 & 3.06 & 2.15 & & 0.35 & 5.11 & 1.90 & & 0.20 & 4.00 & 0.87\\ CN & 340031.5 &\cn340031. & 3.32 & 3.50 & 12.4 & & 2.57 & 3.50 & 9.58 & & 2.24 & 4.00 & 9.54\\ CN & 340035.4 &\cn340035. & 3.04 & 3.28 & 10.6 & & 2.35 & 3.43 & 8.58 & & 1.14 &4.0$^4$&4.83\\ CN & 340248 &\cn340248. & 9.83 & 4.24 & 44.3 & & 5.84 & 5.44 & 33.8 & & 5.70 & 4.72 & 28.7\\ CN & 340261.8 &\cn340261. & 0.59 & 2.29 & 1.43 & & 0.52 & 3.15 & 1.74 & & 0.64 & 5.20 & 3.53\\ CN & 340265.0 &\cn340265. & 0.97 & 2.80 & 2.89 & & 0.51 & 5.84 & 3.15 & & 0.66 & 5.08 & 3.58\\ & & & & & & & & & & & & & \\ HCN & 354505.5 & 4--3 & 5.62 & 5.32 & 31.8 & & --$^1$& -- & 72.8 & & --$^1$& -- & 104\\ H$^{13}$CN & 259011.8 & 3--2 & 1.62 & 3.78 & 6.49 & & 1.06 & 4.30 & 4.87 & & 2.00 & 6.50 & 13.9\\ H$^{13}$CN$^c$ & 345339.8 & 4--3 & 1.29 & 3.07 & 4.22 & & 2.71 & 6.32 & 18.2 & & 2.62 & 6.77 & 18.9\\ HC$^{15}$N & 258157.1 & 3--2 & 0.51 & 3.29 & 1.79 & & 0.40 & 3.40 & 1.47 & & 1.22$^{d}$ & 7.38 & 9.57\\ HC$^{15}$N & 344200.5 & 4--3 &$<$0.085& -- & -- & & 0.54 & 3.43 & 1.98 & & 0.58 & 7.65 & 4.74\\ & & & & & & & & & & & & & \\ HNC & 362629.9 & 4--3 & 2.38 & 3.23 & 8.18 & & 1.85 & 3.22 & 6.33 & & 3.55$^e$ & 5.83 & 22.0\\ HN$^{13}$C & 261263.3 & 3--2 & 0.18 & 4.89 & 0.93 & &0.49$^{f}$&5.42&2.83& & 0.14 & 4.27 & 0.63\\ HN$^{13}$C & 348340.3 & 4--3 & 0.18 & 6.16 & 1.20 & & 0.32 & 5.12 & 1.75 & & 0.27 & 4.37 & 1.23\\ H$^{15}$NC & 355439.5 & 4--3 & $<$0.053& --& -- & & $<$0.063& --& -- & & 1.39$^{g}$& 9.19 & 13.6\\ & & & & & & & & & & & & & \\ HC$_3$N & 218324.7 & 24--23 & $<$0.086&-- & -- & & $<$0.060&-- & -- & & 0.61 & 5.63 & 3.67\\ HC$_3$N & 227419.0 & 25--24 & $<$0.14& -- & -- & & $<$0.15& -- & -- & & 0.70 & 5.12 & 3.83\\ HC$_3$N & 336521.0 & 37--36 & $<$0.16& -- & -- & & $<$0.089&-- & -- & & $<$0.11& -- & --\\ HC$_3$N & 345610.1 & 38--37 & $<$0.14& -- & -- & & $<$0.12& -- & -- & & $<$0.14& -- &--\\ HC$_3$N & 354698.7 & 39--38 & $<$0.27&-- & -- & & $<$0.32&-- & -- & & --$^{h}$&--& --\\ & & & & & & & & & & & & & \\ HNCO & 219798.3 &$10_{010}-9_{09}$ & $<$0.10& -- & -- & & $<$0.092&-- & -- & & 0.44 & 6.00 & 2.81\\ HNCO & 240875.9 &$11_{111}-10_{110}$& $<$0.062&-- & -- & & $<$0.062&-- & -- & & --$^{i}$&--& --\\ HNCO & 241708.4 &$11_{29}-10_{28}$ & $<$0.064&-- & -- & & $<$0.068&-- & -- & & $<$0.11& -- & --\\ HNCO & 241774.1 &$11_{011}-10_{010}$& $<$0.064&-- & -- & & 0.24 & 2.56 & 0.64 & & 0.47 & 7.75 & 3.92\\ HNCO & 242639.8 &$11_{110}-10_{19}$ & $<$0.064&-- & -- & & $<$0.059&-- & -- & & $<$0.068&-- & --\\ HNCO & 351633.5 &$16_{016}-15_{015}$& $<$0.14& -- & -- & & 0.27 & 5.91 & 1.71 & & 0.29 & 5.75 & 1.80\\ & & & & & & & & & & & & & \\ CCH & 262005 &\cch262005. & 2.30 & 5.94 & 14.5 & & 1.31 & 7.23 & 10.1 & & 1.70 & 5.70 & 10.3\\ CCH & 262066 &\cch262066. & 1.49 & 6.52 & 10.3 & & 0.92 & 7.58 & 7.44 & & 1.14 & 5.64 & 6.84\\ CCH & 349338 &\cch349338. & 4.66 & 4.02 & 20.0 & & 2.25 & 5.53 & 13.2 & & 2.08 & 4.77 & 10.5\\ CCH & 349399 &\cch349399. & 3.70 & 4.17 & 16.4 & & 1.85 & 5.01 & 9.89 & & 1.58 & 6.10 & 10.2\\ & & & & & & & & & & & & & \\ CH$_3$CCH & 239211.2 &$14_3-13_3$ & --$^5$& -- & -- & & --$^5$ & -- & -- & & 0.77 & 3.67 & 3.00 \\ CH$_3$CCH & 239234.0 &$14_2-13_2$ &0.12$^5$&6.03& 0.76 & & $<$0.080&-- & -- & &0.33$^5$&2.74& 0.96\\ CH$_3$CCH & 239247.7 &$14_1-13_1$ & 0.38 & 2.47 & 1.00 & & $<$0.080&-- & -- & & 0.78 & 3.33 & 2.76\\ \noalign{\smallskip} \hline \end{tabular} \end{flushleft} \end{table*} \setcounter{table}{6} \begin{table*}[thp] \caption[ ]{Gaussian fit parameters (continued)} \begin{flushleft} \small \begin{tabular}{lccccccccccccc} \hline \noalign{\smallskip} Species & $\nu$ & $J$ & $T_{\rm MB}$ & $\Delta V$ & $W$ && $T_{\rm MB}$ & $\Delta V$ & $W$ &&$T_{\rm MB}$ & $\Delta V$ & $W$ \\ & (MHz) && (K) & (km/s) & (K km/s) &&(K) & (km/s) & (K km/s) &&(K) & (km/s) & (K km/s) \\ \noalign{\smallskip} \hline \noalign{\smallskip} CH$_3$CCH & 239252.3 &$14_0-13_0$ & 0.51 & 4.67 & 2.56 & & $<$0.080&-- & -- & & 0.89 & 3.75 & 3.54\\ CH$_3$CCH & 341741.1 &$20_0-19_0$ & $<$0.049& --& -- & & $<$0.14& -- & -- & & $<$0.12&-- & --\\ CH$_3$CCH & 358708.9 &$21_4-20_4$ & $<$0.078&-- & -- & & $<$0.075&-- & -- & & $<$0.083&-- & --\\ CH$_3$CCH & 358756.6 &$21_3-20_3$ & $<$0.078&-- & -- & & $<$0.075&-- & -- & & 0.20 & 5.59 & 1.17\\ CH$_3$CCH & 358790.8 &$21_2-20_2$ & $<$0.078&-- & -- & & $<$0.075&-- & -- & & 0.15 & 3.70 & 0.62\\ CH$_3$CCH & 358811.2 &$21_1-20_1$ & $<$0.078&-- & -- & & $<$0.075&-- & -- & &0.29$^{j}$&9.59&3.00\\ CH$_3$CCH & 358818.0 &$21_0-20_0$ & $<$0.078&-- & -- & & $<$0.075&-- & -- & &0.29$^{j}$&9.59&3.00\\ & & & & & & & & & & & & & \\ H$_2$CO & 218222.2 &$3_{03}-2_{02}$ & 2.13 & 3.91 & 8.86 & & 1.25 & 5.60 & 7.45 & & 3.07 & 5.94 & 19.4\\ H$_2$CO & 218475.6 &$3_{22}-2_{21}$ & 0.52 & 5.19 & 2.85 & & 0.53 & 6.05 & 3.37 & & 1.28 & 4.69 & 6.39\\ H$_2$CO & 225697.8 &$3_{12}-2_{11}$ & 4.54 & 4.58 & 23.0 & & 2.98 & 5.92 & 18.7 & & 5.09 & 7.00 & 38.0\\ H$_2$CO & 351768.7 &$5_{15}-4_{14}$ & 0.28 & 3.69 & 10.8 & & 2.92 & 4.52 & 14.0 & & 5.87 & 5.99 & 37.3\\ H$_2$CO & 362735.9 &$5_{05}-4_{04}$ & 1.33 & 3.37 & 1.62 & & 1.33 & 4.25 & 6.02 & & 4.80 & 6.06 & 31.0\\ H$_2$CO & 363945.9 &$5_{24}-4_{23}$ & 0.53 & 2.86 & 4.78 & & 0.64 & 4.67 & 3.18 & & 2.80 & 6.06 & 18.2\\ H$_2$CO & 364102.8 &$5_{42}-4_{41}$ & $<$0.052&-- & -- & &0.10$^{k}$&4.92&0.55&& 1.04$^{l}$ & 8.87 & 9.83\\ H$_2$CO & 364103.0 &$5_{40}-4_{40}$ & $<$0.052&-- & -- & &0.10$^{k}$&4.92&0.55&& 1.04$^{l}$ & 8.87 & 9.83\\ H$_2$CO & 364275.2 &$5_{33}-4_{32}$ & 0.79 & 2.98 & 2.50 & & 0.74 & 3.84 & 3.00 & & 3.60 & 5.92 & 22.7\\ H$_2$CO & 364289.0 &$5_{32}-4_{31}$ & 0.90 & 3.00 & 2.87 & & 0.92 & 3.11 & 3.05 & & 4.55$^{m}$ & 6.42 & 31.2\\ H$_2^{13}$CO & 219908.5 &$3_{12}-2_{11}$ &$<$0.094& -- & -- & & $<$0.099& --& -- & & 0.22 & 4.39 & 1.03\\ H$_2^{13}$CO & 343325.5 &$5_{15}-4_{14}$ &$<$0.10 & -- & -- & & $<$0.16& -- & -- & & 1.20$^{n}$ & 7.86 & 10.0\\ H$_2^{13}$CO & 353811.8 &$5_{05}-4_{04}$ &$<$0.14 & -- & -- & & $<$0.10& -- & -- & & $<$0.13& -- & --\\ H$_2^{13}$CO & 354898.5 &$5_{24}-4_{23}$ & $<$0.19& -- & -- & &0.97$^{o}$&6.61&6.82&& $<$0.22& -- & --\\ H$_2^{13}$CO & 355028.7 &$5_{42/1}-4_{41/0}$& $<$0.19& -- & -- & & $<$0.20& -- & -- & & $<$0.22& -- & --\\ H$_2^{13}$CO & 355041.4 &$12_{111}-11_{112}$& $<$0.19& -- & -- & &2.29$^{p}$&6.67&16.3&&0.67$^{p}$&6.52&4.67\\ H$_2^{13}$CO & 355190.9 &$5_{33}-4_{32}$ & $<$0.19& -- & -- & & $<$0.19& -- & -- & & $<$0.22& -- & --\\ H$_2^{13}$CO & 355202.6 &$5_{32}-4_{31}$ & $<$0.077& --& -- & & $<$0.077& --& -- & & $<$0.078&-- & --\\ H$_2^{13}$CO & 356176.1 &$5_{23}-4_{22}$ & $<$0.081& --& -- & & $<$0.076& --& -- & & $<$0.081&-- & --\\ & & & & & & & & & & & & & \\ CH$_3$CN & 238972.4 &$13_6-12_6$ & $<$0.060&-- & -- & & $<$0.060&-- & -- & & 0.41 & 5.40 & 2.33\\ CH$_3$CN & 257349.2 &$14_6-13_6$ & $<$0.060&-- & -- & & $<$0.066&-- & -- & & $<$0.072&-- & --\\ CH$_3$CN & 257448.1 &$14_4-13_4$ & $<$0.060&-- & -- & & $<$0.066&-- & -- & & 0.28 &5.0$^4$& 1.49\\ CH$_3$CN & 257482.8 &$14_3-13_3$ & $<$0.066&-- & -- & & $<$0.066&-- & -- & & 0.54 &5.0$^4$& 2.88\\ CH$_3$CN & 257507.5 &$14_2-13_2$ & $<$0.066&-- & -- & & $<$0.066&-- & -- & & 0.61$^{q}$ &5.0$^4$& 3.24\\ CH$_3$CN & 257522.4 &$14_1-13_1$ & $<$0.066&-- & -- & & $<$0.066&-- & -- & & 0.68$^{q,r}$ &5.0$^4$& 3.60\\ CH$_3$CN & 257527.3 &$14_0-13_0$ & $<$0.066&-- & -- & & $<$0.066&-- & -- & & 0.90$^{q}$ &5.0$^4$& 4.82\\ CH$_3$CN & 349212.1 &$19_6-18_6$ & $<$0.12& -- & -- & & $<$0.10& -- & -- & & $<$0.083&-- & --\\ CH$_3$CN & 349285.8 &$19_5-18_5$ & $<$0.11& -- & -- & & $<$0.10& -- & -- & & 0.33$^6$& 8.23 & 2.92\\ CH$_3$CN & 349346.1 &$19_4-18_4$ & --$^{s}$&-- & -- & &--$^{6,s}$& --& -- & & 0.91$^{s}$&5.5$^4$&5.32\\ CH$_3$CN & 349393.0 &$19_3-18_3$ & $<$0.14& -- & -- & & $<$0.12& -- & -- & & 0.26 & 6.37 & 1.75\\ CH$_3$CN & 349426.6 &$19_2-18_2$ & $<$0.14& -- & -- & & $<$0.12& -- & -- & & 0.41 & 6.16 & 2.68\\ CH$_3$CN & 349446.7 &$19_1-18_1$ & $<$0.14& -- & -- & & $<$0.12& -- & -- & & 0.55$^{t}$& 9.92 & 5.84\\ CH$_3$CN & 349453.4 &$19_0-18_0$ & $<$0.14& -- & -- & & $<$0.12& -- & -- & & 0.55$^{t}$& 9.92 & 5.84\\ & & & & & & & & & & & & & \\ CS & 342883.0 & 7--6 & 9.77 & 3.85 & 40.0 & & 6.18 & 4.21 & 27.6 & & 12.4 & 6.61 & 87.0 \\ C$^{34}$S & 241016.2 & 5--4 &1.19$^u$&4.74& 5.98 & & 1.14 & 2.91 & 3.54 & & 3.04 & 6.48 & 21.0 \\ C$^{34}$S & 337396.7 & 7--6 & 0.46 & 2.84 & 1.40 & & 0.74 & 1.96 & 1.55 & & 3.17 & 5.98 & 20.2 \\ $^{13}$CS & 231220.8 & 5--4 & 0.41 & 3.73 & 1.64 & & 0.35 & 2.77 & 1.04 & & 1.43 & 4.67 & 7.13 \\ C$^{33}$S & 242913.7 & 5--4 & 0.42 & 4.64 & 2.08 & & 0.19 & 2.84 & 0.58 & & 1.13 & 4.93 & 5.92 \\ C$^{33}$S & 340052.7 & 7--6 &$<$0.092& -- & -- & & 0.59 & 1.35 & 0.85 & & 1.15 & 5.49 & 6.74 \\ & & & & & & & & & & & & & \\ SO & 219949.4 & 56--45 & 2.89 & 4.28 & 13.7 & & 3.65 & 6.18 & 24.0 & & 5.44 & 5.99 & 34.7\\ SO & 258255.8 & 66--55 & 6.93 & 4.37 & 7.79 & & 6.50$^3$& --& -- & & 5.56 & 6.25 & 37.0\\ SO & 261843.7 & 67--56 & 1.56 & 4.95 & 8.24 & & 3.65 & 6.46 & 25.1 & & 3.67 & 5.89 & 23.0\\ \noalign{\smallskip} \hline \end{tabular} \end{flushleft} \end{table*} \setcounter{table}{6} \begin{table*}[thp] \caption[ ]{Gaussian fit parameters (continued)} \begin{flushleft} \small \begin{tabular}{lccccccccccccc} \hline \noalign{\smallskip} Species & $\nu$ & $J$ & $T_{\rm MB}$ & $\Delta V$ & $W$ && $T_{\rm MB}$ & $\Delta V$ & $W$ &&$T_{\rm MB}$ & $\Delta V$ & $W$ \\ & (MHz) && (K) & (km/s) & (K km/s) &&(K) & (km/s) & (K km/s) &&(K) & (km/s) & (K km/s) \\ \noalign{\smallskip} \hline \noalign{\smallskip} SO & 340714.2 & 87--76 & 1.49 & 3.73 & 5.90 & & 7.71 & 6.48 & 53.2 & & 8.68 & 5.98 & 55.1\\ SO & 344310.6 & 88--77 & 0.55 & 5.36 & 3.12 & & 8.18$^3$&--& -- & & 4.88 & 6.24 & 32.4\\ SO & 345704.6 & 32--12 & $<$0.11& -- & -- & & $<$0.12&-- & -- & & $<$0.19& -- & --\\ SO$^v$ & 346528.5 & 89--78 & 2.39 & 4.47 & 11.3 & & 10.3$^3$& --& -- & & 7.71 & 6.96 & 57.1\\ $^{34}$SO & 253208.0 & 66--55 & -- & -- & -- & & 0.80 & 5.84 & 4.96 & & -- & -- & -- \\ $^{34}$SO & 256877.5 & 67--56 & $<$0.074& --& -- & & 1.27 & 5.72 & 7.70 & & 0.72 & 4.94 & 3.76\\ $^{34}$SO & 337582.2 & 88--77 & 0.17$^w$&6.25& 1.16& & 3.00 & 5.93 & 18.9 & & 1.37$^w$& 7.22 & 10.5\\ $^{34}$SO & 339857.6 & 89--78 & $<$0.10& -- & -- & & 1.12 & 5.00 & 5.90 & & 0.84 & 6.30 & 5.60\\ $^{34}$SO$^{x}$& 356887.4 & 76--67 & $<$0.28& -- & -- & & $<$0.12& -- & -- & & $<$0.18& -- & --\\ $^{33}$SO$^{y}$& 337198.5 & 87--76 & $<$0.16& -- & -- & & 0.42 & 5.66 & 2.52 & & 0.39 & 8.39 & 3.49\\ $^{33}$SO & 343088.0 & 89--78 & 0.22 & 6.91 & 1.60 & & 0.66 & 5.77 & 4.07 & & -- & -- & -- \\ $^{33}$SO & 340838.5 & 88--77 & -- & -- & -- & & -- & -- & -- & & 0.27 & 4.23 & 1.23\\ S$^{18}$O & 228272.3 & 98--88 & -- & -- & -- & & -- & -- & -- & & $<$0.30& -- & --\\ S$^{18}$O & 239128.7 & 66--55 &$<$0.084& -- & -- & & 0.13 & 4.36 & 0.59 & & --$^{z}$&-- & --\\ S$^{18}$O & 243039.9 & 67--56 & $<$0.076&-- & -- & & 0.19 & 6.30 & 1.30 & & $<$0.066&-- & --\\ S$^{18}$O & 355573.6 & 98--87 & $<$~0.57&-- & -- & & 0.24 & 5.08 & 1.32 & & $<$ 0.97&-- & --\\ S$^{18}$O & 358648.8 & 99--88 & $<$0.11& -- & -- & & 0.21 & 4.30 & 0.96 & & $<$0.11& -- & --\\ & & & & & & & & & & & & & \\ SO$_2$ & 216643.3 &$22_{220}-22_{121}$& $<$0.057&-- & -- & & 0.76 & 6.80 & 5.52 & & 0.22 & 8.63 & 2.00\\ SO$_2$ & 222869.1 &$36_{333}-37_{236}$& -- & -- & -- & & -- & -- & -- & & 5.69$^{aa}$& 5.63 & 34.1\\ SO$_2$ & 226300.0 &$14_{311}-14_{212}$& 0.23 & 5.91 & 1.43 & & 0.95 & 7.13 & 7.23 & & 0.39 & 6.75 & 2.77\\ SO$_2$ & 227335.8 &$32_{923}-33_{826}$& $<$0.15& -- & -- & & $<$0.15& -- & -- & & $<$0.18& -- & --\\ SO$_2$ & 230965.2 &$37_{1028}-38_{929}$& $<$0.035&-- & -- & & $<$0.035&-- & -- & & $<$0.022&-- & --\\ SO$_2$ & 234187.1 &$28_{325}-28_{226}$& $<$0.035&-- & -- & & 0.70 & 6.50 & 4.81 & & 0.28 & 4.71 & 1.39\\ SO$_2$ & 234421.6 &$16_{610}-17_{513}$& -- & -- & -- & & 0.53 & 5.98 & 3.39 & & --$^5$& -- & --\\ SO$_2$ & 237068.9 &$12_{39}-12_{210}$ & -- & -- & -- & & 1.24 & 7.91 & 10.4 & & 0.46 & 7.45 & 3.66\\ SO$_2$ & 238992.5 &$21_{715}-22_{616}$& $<$0.070&-- & -- & & $<$0.056&-- & -- & & $<$0.16& -- & --\\ SO$_2$ & 239832.5 &$15_{313}-16_{016}$& $<$0.078&-- & -- & & $<$0.078&-- & -- & & $<$0.073&-- & --\\ SO$_2$ & 240942.8 &$18_{117}-18_{018}$& $<$0.067&-- & -- & & 1.23 & 5.86 & 7.67 & & 0.38 & 8.97 & 3.61\\ SO$_2$ & 241615.8 &$5_{24}-4_{13}$ & 0.24 & 4.45 & 1.13 & & 1.42 & 5.40 & 8.18 & & 0.89 & 4.83 & 4.59\\ SO$_2$ & 242997.8 &$19_{317}-20_{020}$& $<$0.078&-- & -- & & $<$0.078&-- & -- & & $<$0.073&-- & --\\ SO$_2$ & 243087.6 &$5_{42}-6_{33}$ & $<$0.078&-- & -- & & 0.25 & 5.00 & 1.31 & & $<$0.073&-- & --\\ SO$_2$ & 243245.4 &$26_{818}-27_{721}$& $<$0.077&-- & -- & & $<$0.078&-- & -- & & $<$0.010&-- & --\\ SO$_2$ & 244254.2 &$14_{014}-13_{113}$& 0.38 & 2.27 & 0.90 & & 2.05 & 5.60 & 12.2 & & 1.24 & 5.98 & 7.91\\ SO$_2$ & 245339.2 &$26_{323}-25_{422}$& -- & -- & -- & & 0.58 & 4.93 & 3.03 & & 0.098& 8.97 & 0.94\\ SO$_2$ & 245563.4 &$10_{37}-10_{28}$ & -- & -- & -- & & 1.64 & 5.63 & 9.80 & & 0.80 & 4.58 & 3.91\\ SO$_2$ & 248436.9 &$13_{311}-14_{014}$& -- & -- & -- & & 0.12 & 6.24 & 0.76 & & $<$0.058&-- & --\\ SO$_2$ & 251199.7 &$13_{113}-12_{012}$& -- & -- & -- & & 2.56 & 7.00 & 19.0 & & -- & -- & --\\ SO$_2$ & 251210.6 &$8_{35}-8_{26}$ & -- & -- & -- & & 1.81 & 6.64 & 12.7 & & -- & -- & --\\ SO$_2$ & 254280.5 &$6_{33}-6_{24}$ & -- & -- & -- & &2.09$^{ab}$&9.31&20.8&& -- & -- & --\\ SO$_2$ & 254283.3 &$24_{222}-24_{123}$& -- & -- & -- & &2.09$^{ab}$&9.31&20.8&& -- & -- & --\\ SO$_2$ & 255958.0 &$3_{31}-3_{22}$ & -- & -- & -- & & 0.83 & 5.34 & 4.70 & & -- & -- & --\\ SO$_2$ & 256246.9 &$5_{33}-5_{24}$ & -- & -- & -- & & 1.01 & 6.39 & 6.85 & & -- & -- & --\\ SO$_2$ & 257100.0 &$7_{35}-7_{26}$ & 0.18 & 5.24 & 1.01 & & 1.43 & 6.73 & 10.2 & & 0.60 & 5.08 & 3.27\\ SO$_2$ & 258388.7 &$32_{428}-32_{329}$& $<$0.051&-- & -- & & 0.61 & 6.91 & 4.48 & & 0.11 & 5.17 & 0.59\\ SO$_2$ & 258667.0 &$20_{713}-21_{616}$& $<$0.061&-- & -- & &0.49$^{f}$&5.42&2.83&& 0.25$^{ac}$& 7.39 & 2.02\\ SO$_2$ & 258942.2 &$9_{37}-9_{28}$ & 0.24 & 6.77 & 1.73 & & 1.47 & 6.09 & 9.56 & & 0.63 & 6.93 & 4.29\\ SO$_2$ & 261091.2 &$27_{424}-28_{127}$& $<$0.049&-- & -- & & $<$0.049&-- & -- & & $<$0.059&-- & --\\ SO$_2$ & 317250.4 &$17_{711}-18_{612}$& -- & -- & -- & & 0.71 & 7.02 & 5.33 & & -- & -- & --\\ SO$_2$ & 334673.3 &$8_{26}-7_{17}$ & 0.27 & 3.97 & 1.15 & & 1.69 & 6.86 & 12.3 & & 1.00$^z$&7.47&7.92\\ SO$_2$ & 335773.2 &$29_{525}-30_{228}$& $<$0.11& -- & -- & & 0.28 & 4.27 & 1.30 & & 2.28$^{ad}$&8.00&19.4\\ SO$_2$ & 336089.2 &$23_{321}-23_{222}$& $<$0.12& -- & -- & & 0.78 & 6.00 & 4.96 & & 0.32 & 9.58 & 3.25\\ SO$_2$ & 336669.6 &$16_{79}-17_{612}$ & 0.30 & 7.19 & 2.28 & & 0.42 & 7.34 & 3.23 & & 0.30 & 7.07 & 2.23\\ \noalign{\smallskip} \hline \end{tabular} \end{flushleft} \end{table*} \setcounter{table}{6} \begin{table*}[thp] \caption[ ]{Gaussian fit parameters (continued)} \begin{flushleft} \small \begin{tabular}{lccccccccccccc} \hline \noalign{\smallskip} Species & $\nu$ & $J$ & $T_{\rm MB}$ & $\Delta V$ & $W$ && $T_{\rm MB}$ & $\Delta V$ & $W$ &&$T_{\rm MB}$ & $\Delta V$ & $W$ \\ & (MHz) && (K) & (km/s) & (K km/s) &&(K) & (km/s) & (K km/s) &&(K) & (km/s) & (K km/s) \\ \noalign{\smallskip} \hline \noalign{\smallskip} SO$_2$ & 338306.0 &$18_{414}-18_{315}$& 0.32 & 2.59 & 0.88 & & 1.89 & 6.60 & 13.3 & & 0.39 & 7.38 & 3.09\\ SO$_2^{ae}$ & 338611.8 &$20_{119}-19_{218}$& 0.33 & 8.61 & 2.95 & & 2.30 & 6.52 & 16.0 & & 1.79 & 7.67 & 14.6\\ SO$_2$ & 339149.2 &$37_{434}-38_{137}$& $<$0.12& -- & -- & & 0.090& 9.22 & 0.89 & & $<$0.10& -- & --\\ SO$_2$ & 339259.6 &$39_{634}-40_{337}$& $<$0.12& -- & -- & & $<$0.047&-- & -- & & $<$0.10& -- & --\\ SO$_2$ & 340316.4 &$28_{226}-28_{127}$& $<$0.11& -- & -- & & 1.67 & 6.36 & 11.3 & & 0.45 & 6.08 & 2.92\\ SO$_2$ & 341275.5 &$21_{814}-22_{715}$& $<$0.25& -- & -- & & 0.42 & 6.61 & 2.93 & & $<$0.12& -- & --\\ SO$_2$ & 341403.1 &$40_{436}-40_{337}$& $<$0.22& -- & -- & & 0.31 & 10.8 & 3.50 & & $<$0.12& -- & --\\ SO$_2$ & 341674.0 &$36_{531}-36_{432}$& $<$0.21& -- & -- & & 0.57 & 9.10 & 5.48 & & $<$0.11& -- & --\\ SO$_2$ & 342761.6 &$34_{331}-34_{232}$& $<$0.090&-- & -- & & 0.39 & 6.67 & 2.73 & & $<$0.14& -- & --\\ SO$_2$ & 345149.0 &$5_{51}-6_{42}$ & 0.21 & 4.48 & 0.99 & & $<$0.093&-- & -- & & $<$0.098&-- & -- \\ SO$_2^c$ & 345338.5 &$13_{212}-12_{111}$& 1.29 & 3.07 & 4.22 & & 2.71 & 6.32 & 18.2 & & 2.62 & 6.77 & 18.9\\ SO$_2$ & 345449.0 &$26_{917}-27_{820}$& $<$0.12& -- & -- & & 0.35 & 4.54 & 1.70 & & $<$0.11& -- & --\\ SO$_2^v$ & 346523.9 &$16_{412}-16_{313}$& 2.39 & 4.47 & 11.3 & & 10.3$^3$&-- & -- & & 7.71 & 6.96 & 57.1\\ SO$_2$ & 346652.2 &$19_{119}-18_{018}$& 0.41 & 6.35 & 2.77 & & 3.58 & 8.32 & 31.7 & & 1.37$^{af}$ & 7.74 & 11.3\\ SO$_2$ & 348387.8 &$24_{222}-23_{321}$& $<$0.11& -- & -- & & 0.97 & 5.85 & 6.07 & & 0.46 & 5.82 & 2.82\\ SO$_2$ & 348633.3 &$5_{33}-6_{06}$ & $<$0.16& -- & -- & & $<$0.15& -- & -- & & $<$0.21& -- & --\\ SO$_2$ & 349783.3 &$46_{541}-46_{442}$& $<$0.092&-- & -- & & 0.25 & 6.14 & 1.66 & & $<$0.12& -- & --\\ SO$_2$ & 350862.7 &$10_{64}-11_{57}$ & -- & -- & -- & & 0.52 & 6.14 & 3.35 & & $<$0.14& -- & --\\ SO$_2$ & 351257.2 &$5_{33}-4_{22}$ & $<$0.30& -- & -- & & 1.75 & 6.57 & 12.2 & & $<$0.25& -- & --\\ SO$_2$ & 351873.9 &$14_{410}-14_{311}$& $<$0.16& -- & -- & & 0.82 & 6.19 & 5.43 & & 0.72 & 4.88 & 3.74\\ SO$_2$ & 352639.0 &$36_{1125}-37_{1028}$& $<$0.15& -- & -- & & $<$0.11& -- & -- & & --$^5$& -- & --\\ SO$_2$ & 355045.5 &$12_{48}-12_{39}$ & $<$0.19& -- & -- & &2.29$^{p}$&6.67&16.3&&0.67$^{p}$&6.52&4.67\\ SO$_2$ & 355155.0 &$32_{230}-33_{133}$& $<$0.19& -- & -- & & $<$0.20& -- & -- & & $<$0.22& -- & --\\ SO$_2$ & 355186.5 &$17_{414}-18_{117}$& $<$0.19& -- & -- & & $<$0.20& -- & -- & & $<$0.22& -- & --\\ SO$_2$ & 356040.6 &$15_{79}-16_{610}$ & $<$0.083&-- & -- & & 0.92 & 6.84 & 6.68 & & 0.21 & 7.37 & 1.67\\ SO$_2$ & 356755.2 &$10_{46}-10_{37}$ & 0.16 & 6.86 & 1.19 & & 0.80 & 8.00 & 6.65 & & 0.66 & 5.54 & 3.89\\ SO$_2$ & 357165.4 &$13_{410}-13_{311}$& 0.24 & 6.72 & 1.70 & & 2.25 & 7.95 & 19.2 & & 0.58 & 9.54 & 5.85\\ SO$_2$ & 357892.4 &$7_{44}-7_{35}$ & $<$0.19& -- & -- & & 1.32 & 6.36 & 7.57 & & $<$0.22& -- & --\\ SO$_2$ & 357926.0 &$6_{42}-6_{33}$ & $<$0.19& -- & -- & & 1.23 & 6.68 & 8.71 & & $<$0.22& -- & --\\ SO$_2$ & 357962.9 &$17_{414}-17_{315}$& $<$0.19& -- & -- & & 0.98 & 6.52 & 6.82 & & $<$0.22& -- & --\\ SO$_2$ & 358013.1 &$5_{42}-5_{43}$ & $<$0.19& -- & -- & &0.97$^{o}$&6.61&6.82&& $<$0.22& -- & --\\ SO$_2$ & 358038.1 &$4_{40}-4_{31}$ & $<$0.19& -- & -- & & 0.70 & 7.87 & 5.87 & & $<$0.22& -- & --\\ SO$_2$ & 358215.6 &$20_{020}-19_{119}$& 0.33 & 7.19 & 2.50 & & 2.75 & 8.23 & 24.2 & & 1.35 & 8.75 & 12.6\\ SO$_2$ & 359151.2 &$25_{323}-25_{224}$& $<$0.065&-- & -- & & 0.61 & 6.35 & 4.12 & & 0.68 & 7.01 & 5.10\\ SO$_2$ & 359770.7 &$19_{416}-19_{317}$& $<$0.11& -- & -- & & 1.72 & 7.88 & 14.3 & & 0.39 & 7.26 & 3.00\\ SO$_2$ & 360290.4 &$34_{529}-34_{430}$& -- & -- & -- & & 0.64 & 5.05 & 3.40 & & -- & -- & --\\ SO$_2$ & 363159.3 &$21_{418}-21_{319}$& -- & -- & -- & & 2.36 & 6.59 & 16.6 & & -- & -- & --\\ SO$_2$ & 363890.9 &$24_{123}-24_{024}$& $<$0.092&-- & -- & & 0.97 & 6.57 & 6.86 & & 0.68$^{ag}$&9.99&7.20\\ SO$_2$ & 363925.8 &$23_{222}-23_{123}$& $<$0.092&-- & -- & & 0.95 & 5.96 & 6.01 & & 2.83 & 6.07 & 18.3\\ SO$_2$ & 364950.1 &$25_{917}-26_{818}$& $<$0.11& -- & -- & & 0.43 & 4.51 & 2.05 & & $<$0.13& -- & --\\ $^{34}$SO$_2$ & 219355.7 &$11_{111}-10_{010}$& $<$0.12& -- & -- & & 0.68 & 3.19 & 2.30 & & $<$0.14& -- & --\\ $^{34}$SO$_2$ & 241509.0 &$16_{115}-15_{214}$& $<$0.078&-- & -- & & 0.36 & 4.28 & 1.64 & & $<$0.077&-- & --\\ $^{34}$SO$_2$ & 241985.5 &$8_{35}-8_{26}$ & $<$0.070&-- & -- & & 0.34 & 6.36 & 2.31 & & $<$0.16& -- & --\\ $^{34}$SO$_2$ & 243935.9 &$18_{117}-18_{018}$& $<$0.067&-- & -- & & 0.14 & 9.58 & 1.47 & & 0.18$^{ah}$ & 9.55 & 1.76\\ $^{34}$SO$_2$ & 244481.5 &$14_{014}-13_{113}$& $<$0.071&-- & -- & & 0.35 & 6.30 & 2.32 & & $<$0.079&-- & --\\ $^{34}$SO$_2$ & 245178.7 &$15_{214}-15_{115}$& -- & -- & -- & & 0.19 & 5.13 & 1.05 & & $<$0.058&-- & --\\ $^{34}$SO$_2$ & 245302.3 &$6_{33}-6_{24}$ & -- & -- & -- & & 0.24 & 2.92 & 0.74 & & $<$0.058&-- & --\\ $^{34}$SO$_2$ & 248364.8 &$7_{35}-7_{26}$ & -- & -- & -- & & 0.28 & 5.19 & 1.54 & & $<$0.058&-- & --\\ $^{34}$SO$_2$ & 254278.1 &$28_{424}-28_{325}$& -- & -- & -- & &2.09$^{ab}$&9.31&20.8&& -- & -- & --\\ $^{34}$SO$_2$ & 257468.8 &$29_{921}-30_{822}$& $<$0.065&-- & -- & & $<$0.068&-- & -- & & 0.17$^{ai}$&6.09&1.11\\ $^{34}$SO$_2$ & 337872.7 &$34_{529}-34_{430}$& $<$0.12& -- & -- & & $<$0.13& -- & -- & & $<$0.14& -- & --\\ $^{34}$SO$_2$ & 338320.4 &$13_{212}-12_{111}$& $<$0.076&-- & -- & & 0.43 & 5.71 & 2.62 & & $<$0.068&-- & --\\ $^{34}$SO$_2$ & 338785.8 &$14_{410}-14_{311}$& $<$0.11& -- & -- & & 0.35 & 4.82 & 1.77 & & $<$0.11& -- & --\\ $^{34}$SO$_2$ & 342208.9 &$5_{33}-4_{22}$ & $<$0.14& -- & -- & & 0.40 & 4.48 & 1.92 & & $<$0.14& -- & --\\ \noalign{\smallskip} \hline \end{tabular} \end{flushleft} \end{table*} \setcounter{table}{6} \begin{table*}[thp] \caption[ ]{Gaussian fit parameters (continued)} \begin{flushleft} \small \begin{tabular}{lccccccccccccc} \hline \noalign{\smallskip} Species & $\nu$ & $J$ & $T_{\rm MB}$ & $\Delta V$ & $W$ && $T_{\rm MB}$ & $\Delta V$ & $W$ &&$T_{\rm MB}$ & $\Delta V$ & $W$ \\ & (MHz) && (K) & (km/s) & (K km/s) &&(K) & (km/s) & (K km/s) &&(K) & (km/s) & (K km/s) \\ \noalign{\smallskip} \hline \noalign{\smallskip} $^{34}$SO$_2$ & 342231.7 &$20_{119}-19_{218}$& $<$0.14& -- & -- & & 0.23 & 6.04 & 1.52 & & $<$0.14& -- & --\\ $^{34}$SO$_2$ & 342332.1 &$12_{48}-12_{39}$ & $<$0.16& -- & -- & & 0.27 & 4.29 & 1.23 & & $<$0.10& -- & --\\ $^{34}$SO$_2$ & 344245.4 &$10_{46}-10_{37}$ & $<$0.21& -- & -- & & 0.44 & 5.40 & 2.52 & & $<$0.11& -- & --\\ $^{34}$SO$_2$ & 344581.1 &$19_{119}-18_{018}$&$<$0.25&-- & -- & & 0.73 & 7.47 & 5.79 & & 0.20 & 4.67 & 0.99\\ $^{34}$SO$_2$ & 344808.0 &$13_{410}-13_{311}$& $<$0.070&-- & -- & & 0.40 & 5.84 & 2.47 & & $<$0.11& -- & --\\ $^{34}$SO$_2$ & 344987.6 &$15_{412}-15_{313}$& $<$0.079&-- & -- & & 0.47 & 5.47 & 2.74 & & $<$0.11& -- & --\\ $^{34}$SO$_2$ & 344998.2 &$11_{48}-11_{39}$ & $<$0.079&-- & -- & & 0.45 & 6.01 & 2.89 & & $<$0.11& -- & --\\ $^{34}$SO$_2$ & 345168.8 &$8_{44}-8_{35}$ & $<$0.10& -- & -- & & 0.35 & 5.42 & 2.04 & & 0.26 & 7.00 & 1.90\\ $^{34}$SO$_2$ & 345285.7 &$9_{46}-9_{37}$ &$<$0.16 & -- & -- & & 0.33 & 4.81 & 1.67 & & 0.28 & 4.63 & 1.37\\ $^{34}$SO$_2$ & 345519.8 &$7_{44}-7_{35}$ & $<$0.12& -- & -- & & 0.45 & 4.95 & 2.38 & & 0.15 & 5.25 & 0.83\\ $^{34}$SO$_2$ & 345553.2 &$6_{42}-6_{33}$ & $<$0.12& -- & -- & & 0.18 & 3.55 & 0.68 & & $<$0.14& -- & --\\ $^{34}$SO$_2$ & 345651.4 &$5_{42}-5_{33}$ & $<$0.14& -- & -- & & 0.30 & 6.59 & 2.13 & & $<$0.14& -- & --\\ $^{34}$SO$_2$ & 345678.9 &$4_{40}-4_{31}$ & $<$0.14& -- & -- & &0.37$^{aj}$&8.65&3.42&& $<$0.14& -- & --\\ $^{34}$SO$_2$ & 345929.4 &$17_{414}-17_{315}$& $<$0.096&-- & -- & & 0.35 & 6.33 & 2.38 & & $<$0.12& -- & --\\ $^{34}$SO$_2$ & 348117.6 &$19_{416}-19_{317}$& $<$0.090&-- & -- & &0.79$^{ak}$&6.14&5.19&& 0.17 & 7.81 & 1.40\\ $^{34}$SO$_2$ & 355920.2 &$34_{1123}-35_{1026}$& $<$0.066&-- & -- & &0.52$^{al}$&5.53&3.05&& $<$0.070&-- & --\\ $^{34}$SO$_2$ & 356222.4 &$25_{323}-25_{224}$& $<$0.099&-- & -- & & 0.24 & 5.28 & 1.33 & & $<$0.14& -- & -- \\ $^{34}$SO$_2$ & 357102.2 &$20_{020}-19_{119}$& $<$0.11& -- & -- & & 0.61 & 5.64 & 3.64 & & $<$0.11& -- & --\\ $^{34}$SO$_2$ & 358347.3 &$23_{420}-23_{321}$& $<$0.068&-- & -- & & 0.25 & 6.03 & 1.62 & & $<$0.065&-- & --\\ $^{34}$SO$_2$ & 358988.0 &$15_{214}-14_{113}$& $<$0.066&-- & -- & & 0.14 & 4.66 & 0.67 & & 1.14$^{am}$&5.23&6.32\\ $^{34}$SO$_2$ & 359651.8 &$24_{222}-23_{321}$& $<$0.099&-- & -- & &0.30$^{an}$&6.87&2.20&& $<$0.14& -- & -- \\ $^{34}$SO$_2$ & 362158.2 &$6_{33}-5_{24}$ & $<$0.11& -- & -- & & 0.31 & 6.77 & 2.25 & & 0.23 & 5.38 & 1.31\\ $^{34}$SO$_2$ & 362834.2 &$23_{222}-23_{123}$& $<$0.10& -- & -- & & 0.16 & 6.09 & 1.04 & & $<$0.13&-- & -- \\ & & & & & & & & & & & & & \\ H$_2$CS & 240266.3 &$7_{07}-6_{06}$ & 0.30 & 4.35 & 1.38 & & $<$0.080&-- & -- & & 0.92 & 5.65 & 5.62\\ H$_2$CS & 240381.8 &$7_{26}-6_{25}$ & $<$0.066 &--& -- & & $<$0.060&-- & -- & & 0.33 & 8.10 & 2.86\\ H$_2$CS & 240392/3 &$7_{35/4}-6_{34/3}$& $<$0.072& --& -- & & $<$0.060&-- & -- & & 0.69 & 6.14 & 4.52\\ H$_2$CS & 240548.2 &$7_{25}-6_{24}$ & $<$0.078& --& -- & & $<$0.068&-- & -- & & 0.33 & 6.59 & 2.35\\ H$_2$CS & 244047.8 &$7_{16}-6_{15}$ & 0.53 & 5.13 & 2.88 & & 0.27 & 2.93 & 0.84 & & 2.06$^{i}$ & 5.67 & 12.4\\ H$_2$CS & 338080.8 &$10_{110}-9_{19}$ & 0.43 & 4.08 & 1.87 & & $<$0.081&-- & -- & & 1.45 & 5.92 & 9.15\\ H$_2$CS & 342944.4 &$10_{010}-9_{09}$ & $<$0.090&-- & -- & & $<$0.10& -- & -- & & 0.97 & 3.89 & 4.03\\ H$_2$CS & 342944.4 &$10_{010}-9_{09}$ & 0.27 & 4.07 & 1.16 & & $<$0.12 &-- & -- & & 0.78 & 5.33 & 4.41\\ H$_2$CS & 343308.5 &$10_{47/6}-9_{46/5}$& $<$0.040&-- & -- & & $<$0.12& -- & -- & & $<$0.10& -- & --\\ H$_2$CS & 343319.6 &$10_{29}-9_{28}$ & $<$0.11& -- & -- & & $<$0.12& -- & -- & & 0.41$^{ao}$ & 6.36 & 2.75\\ H$_2$CS & 343408.1 &$10_{38}-9_{37}$ & $<$0.046&-- & -- & & $<$0.11& -- & -- & & 0.83$^{ap}$&8.82&7.82\\ H$_2$CS & 343412.3 &$10_{37}-9_{36}$ & $<$0.046&-- & -- & & $<$0.11& -- & -- & & 0.83$^{ap}$&8.82&7.82\\ H$_2$CS & 343810.8 &$10_{28}-9_{27}$ & -- & -- & -- & & -- & -- & -- & & 0.40 & 2.13 & 0.91\\ H$_2$CS & 348531.9 &$10_{19}-9_{18}$ & $<$0.11& -- & -- & & $<$0.11& -- & -- & & 1.80 & 4.45 & 8.55\\ & & & & & & & & & & & & & \\ H$_2$S & 216710.4 &$2_{20}-2_{11}$ &0.30 &4.50 &1.46 & & 0.33 & 6.18 & 2.16 & & 0.97 & 5.49 & 5.65\\ H$_2^{34}$S & 214376.9 &$2_{20}-2_{11}$ & -- & -- & -- & &$<$0.040& -- & -- & & $<$0.044&--& --\\ & & & & & & & & & & & & & \\ OCS & 231061.0 & 19--18 & $<$0.057&-- & -- & & 0.18 & 1.52 & 0.29 & & 0.97 & 7.22 & 7.45\\ OCS & 243218.0 & 20--19 & -- & -- & -- & & -- & -- & -- & & 0.75$^5$ & 5.50 & 4.40\\ OCS & 340449.2 & 28--27 &0.63$^5$&1.86& 1.25 & & 0.21 & 5.45 & 0.92 & & 1.29$^5$&6.74&9.29\\ OCS & 352599.6 & 29--28 & $<$0.15& -- & -- & & $<$0.11& -- & -- & & 0.51 & 4.00 & 2.17\\ OCS & 364749.0 & 30--29 & $<$0.11& -- & -- & & $<$0.13& -- & -- & & 0.86$^{aq}$&8.40&7.69\\ OC$^{34}$S & 237237.6 & 20--19 & -- & -- & -- & & $<$0.048&-- & -- & & $<$0.071&-- & --\\ OC$^{34}$S & 260991.8 & 22--21 & $<$0.049&-- & -- & & $<$0.052&-- & -- & & $<$0.059& --& --\\ OC$^{34}$S & 343983.3 & 29--28 & $<$0.093& --& -- & & $<$0.12& -- & -- & & $<$0.13& -- & --\\ OC$^{34}$S & 355836.0 & 30--29 & $<$0.075&-- & -- & & $<$0.078&-- & -- & & $<$0.087&-- & --\\ & & & & & & & & & & & & & \\ SiO & 260518.0 & 6--5 & 0.17 & 4.86 & 0.84 & & 0.76 & 5.11 & 4.14 & & 1.85$^{ar}$ & 6.40 & 12.6\\ \noalign{\smallskip} \hline \end{tabular} \end{flushleft} \end{table*} \setcounter{table}{6} \begin{table*}[th] \caption[ ]{Gaussian fit parameters (continued)} \begin{flushleft} \small \begin{tabular}{lccccccccccccc} \hline \noalign{\smallskip} Species & $\nu$ & $J$ & $T_{\rm MB}$ & $\Delta V$ & $W$ && $T_{\rm MB}$ & $\Delta V$ & $W$ &&$T_{\rm MB}$ & $\Delta V$ & $W$ \\ & (MHz) && (K) & (km/s) & (K km/s) &&(K) & (km/s) & (K km/s) &&(K) & (km/s) & (K km/s) \\ \noalign{\smallskip} \hline \noalign{\smallskip} SiO & 347330.6 & 8--7 & 0.21 & 4.01 & 0.89 & & 1.07 & 11.4 & 13.0 & & 1.10 & 9.49 & 11.1\\ $^{29}$SiO & 257254.2 & 6--5 & $<$0.064& --& -- & & $<$0.16& -- & -- & & 0.23 & 9.78 & 2.38 \\ $^{29}$SiO & 342979.1 & 8--7 & $<$0.088& --& -- & & $<$0.12& -- & -- & & 0.26 & 4.94 &1.34\\ $^{30}$SiO & 338929.0 & 8--7 & -- & -- & -- & & 0.15 & 6.92 & 1.11 & & -- & -- & -- \\ & & & & & & & & & & & & & \\ HCO$^+$ & 356734.3 & 4--3 & 20.7 & 4.06 & 89.6 & & 25.0$^1$ & 6.28 & 167 & &--$^1$&-- & 107\\ H$^{13}$CO$^+$ & 260255.5 & 3--2 &2.16 & 3.25 & 7.50 & & 2.02 & 3.94 & 8.50 & & 2.34 & 4.66 & 11.6\\ H$^{13}$CO$^+$ & 346998.5 & 4--3 &2.58 & 2.94 & 8.07 & & 2.48 & 3.44 & 9.09 & & 1.97 & 4.23 & 8.86\\ HC$^{18}$O$^+$ & 340633.0 & 4--3 &0.29 & 4.12 & 1.26 & & $<$0.12& -- & -- & & 0.27 & 5.19 & 1.49\\ & & & & & & & & & & & & & \\ HCS$^+$ & 256027.8 & 6--5 & -- & -- & -- & & 0.16 & 1.49 & 0.26 & & -- & -- & --\\ HCS$^+$ & 341350.8 & 8--7 & $<$0.26& -- & -- & & 0.38 & 0.71 & 0.29 & & 0.94$^{as}$ & 5.44 & 5.42\\ & & & & & & & & & & & & & \\ HOCO$^+$ & 342055.6 &$16_{016}-15_{015}$& -- & -- & -- & &$<$0.030&-- & -- & & -- & -- & --\\ & & & & & & & & & & & & & \\ HCNH$^+$ & 222329. & 3--2 & -- & -- & -- & & $<$0.047&-- & -- & & -- & -- & --\\ & & & & & & & & & & & & & \\ SO$^+$ & 347740.0 &$\frac{15}{2}-\frac{13}{2}$&--&--& -- & & 0.51 & 5.31 & 2.90 & &$<$0.060 & -- & --\\ & & & & & & & & & & & & & \\ H$_3$O$^+$ & 364797.4 & $3_2^+ - 2_2^-$ &$<$0.13& -- & -- & & 0.53 & 4.25 & 2.41 & & 0.41 & 1.79 & 0.80 \\ & & & & & & & & & & & & & \\ DCN & 362046.4 & 5--4 &$<$0.085& -- & -- & & $<$0.082& --& -- & & 1.14$^{am}$&5.23&6.32\\ DNC & 228910.4 & 3--2 & $<$0.064& --& -- & & $<$0.060& --& -- & & 0.15 & 3.41 & 0.53 \\ DCO$^+$ & 360169.9 & 5--4 & -- & -- & -- & & 0.22 & 2.67 & 0.64 & & 0.51$^7$&4.46&2.40\\ HDS & 244555.6 &$1_{01}-0_{00}$ & $<$0.072&-- & -- & & $<$0.072& --& -- & & $<$0.060&-- & --\\ HDS & 257781.4 &$2_{11}-2_{02}$ & $<$0.049&-- & -- & & $<$0.057&-- & -- & & $<$0.063& -- & --\\ NND$^+$ & 231321.7 & 3--2 & $<$0.054& --& -- & & $<$0.050&-- & -- & & $<$0.050& --& --\\ HDCO & 259034.9 & $4_{22}-3_{21}$ & $<$0.057 & --& -- & & $<$0.057& --& -- & & $<$0.057& --& -- \\ CH$_3$OD & 346065.3 & $8_3-9_2\, A^-$ & $<$0.063 & --& -- & & $<$0.063& --& -- & & $<$0.063& --& -- \\ & 357066.2 & $8_1-7_1\, A^+$ & $<$0.060 & --& -- & & $<$0.060& --& -- & & $<$0.060& --& -- \\ & & & & & & & & & & & & & \\ CS $\upsilon_1$& 340398.1 & 7--6 & $<$0.11& -- & -- & & $<$0.083&-- & -- & & 0.68 & 3.40 & 2.45\\ HCN $\upsilon_2$&354460.5 &4$_1-3_1$ &$<$0.14&-- & -- & & $<$0.15& -- & -- & & 0.34 & 3.14 & 1.13\\ HCN $\upsilon_2$&356255.6 &4$_1-3_1$ &$<$0.11&-- & -- & &0.30$^{an}$&6.87& 2.20 & & 0.22 & 7.42 & 1.73\\ SO$_2 \upsilon _2$&346591.8&$18_{414}-18_{315}$& $<$0.092&-- & -- & & 0.28 & 5.77 & 1.73 & & $<$0.12& -- & --\\ \noalign{\smallskip} \hline \end{tabular} All upper limits are 2 times the rms noise in one resolution element (generally two channels).\\ The sums of the integrated intensities of the lines listed in tables 7--12 except for CO and its isotopomers are 160, 330 and 850~K~km~s$^{-1}$ for W~3~IRS4, W~3~IRS5 and W~3(H$_2$O) respectively in the 230~GHz window and 410, 920 and 1760~K~km~s$^{-1}$ in the 345~GHz window. The sums of the integrated intensities of CO and its isotopomers in table 7 are 380, 720 and 180~K~km~s$^{-1}$ for W~3~IRS4, W~3~IRS5 and W~3(H$_2$O) respectively in the 230~GHz region and 550, 940 and 360~K~km~s$^{-1}$ in the 345~GHz window. $^1$ Gaussian decomposition not unique because of selfreversed profile and strong wings, only integral under line given. \\ $^2$ Distorted profile, cause unknown.\\ $^3$ Gaussian decomposition not unique because of strong wings, only peak temperature given. \\ $^4$ The $\Delta V$ is kept fixed in the Gaussian fit.\\ $^5$ On edge of spectrum.\\ $^6$ Bad base line.\\ $^7$ Line offset by 3~MHz, incorrect identification?\\ $^{a}$ Blended with CH$_3$OCH$_3$ 339491.\\ $^{b}$ Blended with C$^{34}$S 7--6.\\ $^{c}$ H$^{13}$CN 4--3 always blended with SO$_2$ 345338.\\ $^{d}$ HC$^{15}$N 3--2 blended with CH$_3$OCH$_3$ 260754/56/58/61.\\ $^{e}$ HNC 4--3 blended with SO$_2$ 359770.\\ \end{flushleft} \end{table*} \twocolumn \begin{small} \noindent $^{f}$ HN$^{13}$C 3--2 blended with SO$_2$ 258666.\\ $^{g}$ Blended with CH$_3$OCH$_3$ 358447-358456.\\ $^{h}$ In wing SO$_2$ 351257.\\ $^{i}$ H$_2$CS 244047 blended with HNCO 240875/6.\\ $^{j}$ CH$_3$CCH 358818 blended with CH$_3$CCH 358811.\\ $^{k}$ Uncertain, could also be a base-line ripple\\ $^{l}$ H$_2$CO $5_{42}-4_{41}$ and $5_{41}-4_{40}$ are always blended.\\ $^{m}$ H$_2$CO 364289 blended with CH$_3$OH 360849.\\ $^{n}$ Blended with H$_2$CS and CN.\\ $^{o}$ H$_2^{13}$CO 354898 blended with SO$_2$ 358013.\\ $^{p}$ H$_2^{13}$CO 355041 blended with SO$_2$ 355045.\\ $^{q}$ CH$_3$CN 257507/22/27 blended with CH$_3$OCHO 260384/392 /404/415.\\ $^{r}$ CH$_3$CN 257522 blended with CH$_3$OCH$_3$ 260400/1/3/5\\ $^{s}$ Blended with CCH 349337/8.\\ $^{t}$ CH$_3$CN 349446 blended with CH$_3$CN 349453.\\ $^{u}$ Blended with CH$_3$OH 243915.\\ $^{v}$ SO 346528 always blended with SO$_2$ 346523.\\ $^{w}$ $^{34}$SO 337582 blended with CH$_3$OH 337581.\\ $^{x}$ Large frequency error in line catalogues.\\ $^{y}$ Four hyperfine components of $^{33}$SO blended with CH$_3$OH 337198.\\ $^{z}$ Blended with CH$_3$OH $7_K-6_K$ band.\\ $^{aa}$ SO 219949 Slightly blended with SO$_2$ 222689.\\ $^{ab}$ SO$_2$ 254280 blended with SO$_2$ 254283 and $^{34}$SO$_2$ 254278.\\ $^{ac}$ SO$_2$ 258667 blended with CH$_3$OCH$_3$ 261245/46/48/50.\\ $^{ad}$ CH$_3$OH 338615 blended with SO$_2$ 338611 and SO$_2$ 335773.\\ $^{ae}$ CH$_3$OH 338615 blended with SO$_2$ 338611.\\ $^{af}$ SO$_2$ 346652 blended with CH$_3$OH 349845.\\ $^{ag}$ SO$_2$ 363925 blended with CH$_3$OH 361236.\\ $^{ah}$ $^{34}$SO$_2$ 243935 blended with CH$_3$OCH$_3$ 240978/82/85/89.\\ $^{ai}$ $^{34}$SO$_2$ 260327 blended with CH$_3$OCH$_3$ 26027/29/31.\\ $^{aj}$ $^{34}$SO$_2$ 342231 blended with $^{34}$SO$_2$ 345678.\\ $^{ak}$ $^{34}$SO$_2$ 348117 blended with $^{34}$SO$_2$ 345519.\\ $^{al}$ $^{34}$SO$_2$ 358988 blended with $^{34}$SO$_2$ 355920.\\ $^{am}$ $^{34}$SO$_2$ 358988 blended with DCN 5--4 362046.\\ $^{an}$ HCN $\upsilon _2$ 356255.6 blended with $^{34}$SO$_2$ 359651.\\ $^{ao}$ Blended with H$_2^{13}$CO 343325.\\ $^{ap}$ H$_2$CS 343408 blended with H$_2$CS 343412.\\ $^{aq}$ OCS 30-29 blended with CH$_3$OH 364746 and CH$_3$OH 364757.\\ $^{ar}$ Blended with CH$_3$CN 14$_5$--13$_5$ and CH$_3$OH 257402.\\ $^{as}$ HCS$^+$ 8--7 blended with CH$_3$OCHO 344539.\\ \end{small} \begin{table} \caption[ ]{CH$_3$OH Gaussian fit parameters W~3~IRS4} \begin{flushleft} \small \begin{tabular}{lcccc} \hline \noalign{\smallskip} $\nu$ & $N\,J$ & $T_{\rm MB}$ & $\Delta V$ & $W$\\ (MHz) && (K) & (km s$^{-1}$) & (K km~s$^{-1}$)\\ \noalign{\smallskip} \hline \noalign{\smallskip} 218440.0 & $4_2 \, E- 3_1 \,E $ & 0.64 & 3.30 & 2.24\\ 239746.3 & $5_1 A^+- 4_1A^+ $ & 0.29 & 5.33 & 1.67\\ 241700.2 &\ch3oh241700.& 0.47 & 4.53 & 2.28\\ 241767.2 &\ch3oh241767.& 0.79 & 4.96 & 4.18\\ 241791.4 &\ch3oh241791.& 0.74 & 5.71 & 4.52\\ 241806.5 &\ch3oh241806.& 0.48$^1$ & 4.32 & 1.14\\ 241832.7 &\ch3oh241832.& 0.25 & 3.75 & 0.98\\ 241879.0 &\ch3oh241879.& 0.25 & 4.10 & 1.11\\ 241904.2 &\ch3oh241904.& 0.42 & 5.52 & 2.46\\ 338124.5 &\ch3oh338124.& 0.27 & 3.95 & 1.12\\ 338344.6 &\ch3oh338344.& 0.54 & 5.19 & 3.00\\ 338408.7 &\ch3oh338408.& 0.59 & 5.08 & 3.17\\ 338543.2 &\ch3oh338543.& 0.24 & 2.91 & 0.75\\ 338540.8 &\ch3oh338540.& 0.24 & 2.91 & 0.75\\ 335582.0 &\ch3oh335582.& 0.32 & 5.62 & 1.94\\ 338615.0 &\ch3oh338615.& 0.32 & 7.42 & 2.57\\ 338721.6 &\ch3oh338721.& 0.23 & 4.17 & 1.08\\ 338722.9 &\ch3oh338722.& 0.23 & 4.17 & 1.08\\ 335582.0 &\ch3oh335582.& 0.39 & 4.43 & 1.86\\ 355603.0 &\ch3oh355603.& 0.17$^2$ & 6.46 & 1.19\\ 358605.8 &\ch3oh358605.& 0.41 & 5.88 & 2.56\\ 360848.9 &\ch3oh360848.& 0.42$^a$ & 5.21 & 2.32\\ \noalign{\smallskip} \hline \end{tabular} $^1$ On edge of spectrum\\ $^2$ Bad base line\\ $^a$ CH$_3$OH 360849 slightly blended with H$_2$CO 364289.\\ \end{flushleft} \end{table} \begin{table} \caption[ ]{CH$_3$OH Gaussian fit parameters W~3~IRS5} \begin{flushleft} \small \begin{tabular}{lcccc} \hline \noalign{\smallskip} $\nu$ & $N\,J$ & $T_{\rm MB}$ & $\Delta V$ & $W$\\ (MHz) && (K) & (km s$^{-1}$) & (K km~s$^{-1}$)\\ \noalign{\smallskip} \hline \noalign{\smallskip} 218440.0 &\ch3oh218440.& 0.17 & 2.11 & 0.38 \\ 241700.2 &\ch3oh241700.& 0.21 & 2.99 & 0.68\\ 241767.2 &\ch3oh241767.& 0.37 & 3.09 & 1.21\\ 241791.4 &\ch3oh241791.& 0.34 & 3.48 & 1.26\\ 241832.7 &\ch3oh241832.& 0.19 & 2.18 & 0.43\\ 241904.2 &\ch3oh241904.& 0.29 & 2.61 & 0.80\\ 243915.8 &\ch3oh243915.& 0.29 & 2.09 & 0.64\\ 337581.7 &\ch3oh337581.& 3.00$^a$ & 5.93 & 18.9\\ 338540.8 &\ch3oh338540.& 0.28$^b$ & 5.71 & 1.74\\ 338543.2 &\ch3oh338543.& 0.28$^b$ & 5.71 & 1.74\\ 338615.0 &\ch3oh338615.& 2.30$^c$ & 6.52 & 16.0\\ 341415.6 &\ch3oh341415.& 0.31 & 2.94 & 0.97\\ 358605.8 &\ch3oh358605.& 0.24 & 3.80 & 0.97\\ \noalign{\smallskip} \hline \end{tabular} $^a$ Blended with $^{34}$SO 337582.\\ $^b$ Not a certain detection.\\ $^c$ CH$_3$OH 338615 blended with SO$_2$ 338611.\\ \end{flushleft} \end{table} \clearpage \begin{table} \caption[ ]{CH$_3$OH Gaussian fit parameters W~3(H$_2$O)} \begin{flushleft} \small \begin{tabular}{lcccc} \hline \noalign{\smallskip} $\nu$ & $N\,J$ & $T_{\rm MB}$ & $\Delta V$ & $W$\\ (MHz) && (K) & (km s$^{-1}$) & (K km~s$^{-1}$)\\ \noalign{\smallskip} \hline \noalign{\smallskip} \multicolumn{5}{c}{$\nu _t = 0$}\\ 218440.0 &\ch3oh218440.& 2.09 & 5.26 & 11.7\\ 219981.1 &\ch3oh219981.& $<$0.034 & -- & --\\ 219994.0 &\ch3oh219993.& $<$0.034 & -- & --\\ 220078.6 &\ch3oh220078.& 0.62 & 6.60 & 4.34\\ 220401.8 &\ch3oh220401.& --$^a$ & -- & --\\ 227814.5 &\ch3oh227814.& 0.28$^1$ & 11.9 & 3.54\\ 231281.1 &\ch3oh231281.& 0.44$^1$ & 7.56 & 3.54\\ 233795.8 &\ch3oh233795.& $<$0.31$^2$& -- & --\\ 237129.4 &\ch3oh237129.& $<$0.081 & -- & --\\ 239731.4 &\ch3oh239731.& $<$0.082 & -- & --\\ 239746.3 &\ch3oh239746.& 2.36 & 5.13 & 12.9\\ 240241.5 &\ch3oh240241.& 0.28 & 8.28 & 2.43\\ 241143.6 &\ch3oh241143.& $<$0.078 & -- & --\\ 241590.9 &\ch3oh241590.& $<$0.087 & -- & --\\ 241700.2 &\ch3oh241700.& 3.10 & 5.59 & 18.5\\ 241767.2 &\ch3oh241767.& 7.09 & 4.09 & 31.0\\ 241791.4 &\ch3oh241791.& 5.70$^b$ & 4.69 & 28.4\\ 241806.5 &\ch3oh241806.& 1.03 & 3.76 & 4.13\\ 241813.3 &\ch3oh241813.& 0.90 & 5.53 & 5.27\\ 241829.7 &\ch3oh241829.& 1.54$^c$ & 4.27 & 7.02\\ 241832.7 &\ch3oh241832.& 2.68 & 3.59 & 11.3\\ 241843 &\ch3oh241842. +& 2.63 & 5.37 & 15.0\\ &\ch3oh241843.& & & \\ 241852.3 &\ch3oh241852.& 1.05 & 5.21 & 5.84\\ 241879.0 &\ch3oh241879.& 3.37 & 4.05 & 14.5\\ 241887.7 &\ch3oh241887.& 1.76 & 4.47 & 8.40\\ 241904.2 &\ch3oh241904.& 4.75$^d$ & 4.51 & 22.9\\ 242446.2 &\ch3oh242446.& 0.85 & 3.78 & 3.44\\ 242491.6 &\ch3oh242491.& $<$0.062 & -- & --\\ 243397.5 &\ch3oh243397.& $<$0.094 & -- & --\\ 243413.5 &\ch3oh243413.& $<$0.094 & -- & --\\ 243915.3 &\ch3oh243915.& 2.32 & 6.02 & 14.8\\ 244330.9 &\ch3oh244330.& 0.33$^e$ & 13.3 & 4.68\\ 245223.3 &\ch3oh245223.& 0.18 & 7.66 & 1.48\\ 248282.5 &\ch3oh248282.& 0.54 & 6.44 & 3.73\\ 257402.2 &\ch3oh257402.& 1.86$^f$ & 5.58 & 11.0\\ 258780.4 &\ch3oh258780.& 0.28 & 7.58 & 2.24\\ 260052.1 &\ch3oh260052.& $<$0.086 & -- & --\\ 260381.6 &\ch3oh260381.& 0.35$^g$ & 10.6 & 4.00\\ 261061.4 &\ch3oh261061.& $<$0.063 & -- & --\\ 261704.4 &\ch3oh261704.& $<$0.087 & -- & --\\ 261805.7 &\ch3oh261805.& 0.70 & 6.06 & 4.54\\ 335133.5 &\ch3oh335133.& 0.63 & 7.41 & 5.02\\ 335582.0 &\ch3oh335582.& 3.21 & 6.41 & 11.6\\ 336438.3 &\ch3oh336438.& $<$0.11 & -- & --\\ 336865.1 &\ch3oh336865.& 1.56 & 6.01 & 9.98\\ 337135.9 &\ch3oh337135.&0.32$^h$&2.01 & 0.68\\ 337941.9 &\ch3oh337941.& 0.28 & 2.19 & 0.66\\ 338124.5 &\ch3oh338124.& 2.26 & 6.51 & 15.6\\ 338344.6 &\ch3oh338344.& 3.02 & 6.22 & 19.6\\ 338404.6 &\ch3oh338404.& 0.36 & 7.83 & 3.04\\ 338408.7 &\ch3oh338408.& 2.91 & 5.53 & 17.2\\ 338430.9 &\ch3oh338430.& 0.26 & 2.90 & 0.81\\ \noalign{\smallskip} \hline \end{tabular} \end{flushleft} \end{table} \setcounter{table}{9} \begin{table} \caption[ ]{CH$_3$OH Gaussian fit parameters W~3(H$_2$O) (cont.)} \begin{flushleft} \begin{tabular}{lcccc} \hline \noalign{\smallskip} $\nu$ & $N\,J$ & $T_{\rm MB}$ & $\Delta V$ & $W$\\ (MHz) && (K) & (km s$^{-1}$) & (K km~s$^{-1}$)\\ \noalign{\smallskip} \hline \noalign{\smallskip} 338442.3 &\ch3oh338442.& 0.47 & 6.61 & 3.36\\ 338456.5 &\ch3oh338456.& 0.34 & 3.68 & 1.35\\ 338475.3 &\ch3oh338475.& 0.67 & 4.17 & 2.98\\ 338486.3 &\ch3oh338486.& 0.84 & 9.48 & 8.45\\ 338504.1 &\ch3oh338504.& 0.96 & 4.08 & 4.19\\ 338512.6 &$7_{4}A^{\pm}- 6_{4}A^{\pm}$ +& 2.04 & 8.06 & 17.5\\ & $7_{2}A^{-}- 6_{2}A^{-} $& & & \\ 338530.8 &\ch3oh338530.& 0.90 & 6.76 & 6.49\\ 338540.8 &\ch3oh338540.& 0.57 & 8.15 & 4.83\\ 338543.2 &\ch3oh338543.& 1.04 & 7.98 & 8.81\\ 338559.9 &\ch3oh338559.& 0.65 & 6.87 & 4.77\\ 338583.2 &\ch3oh338583.& 0.76 & 7.90 & 6.38\\ 338615.0 &\ch3oh338615.&1.79$^i$&7.67 & 14.6\\ 338640.0 &\ch3oh338639.& 1.35 & 6.90 & 9.91\\ 338722 & $7_{\pm 2}E- 6_{\pm 2}E $ & 2.55 & 6.55 & 17.7\\ 340141.2 &\ch3oh340141.& 1.13$^j$ & 5.35 & 6.42\\ 340394.2 &\ch3oh340394.& 0.68 & 4.09 & 2.98\\ 341415.6 &\ch3oh341415.& 2.17 & 7.30 & 16.9\\ 342729.8 &\ch3oh342729.& 2.15 & 5.40 & 12.4\\ 344110.4 &\ch3oh344110.& 0.24 & 1.82 & 0.46\\ 344444.7 &\ch3oh344444.& 0.23 & 9.50 & 2.33\\ 345904.2 &\ch3oh345904.& 0.34 & 8.60 & 3.11\\ 345919.2 &\ch3oh345919.& $<$0.10 & -- & --\\ 346203 &$5_{4}A^{\pm}- 6_{3}A^{\pm} $& 0.79 & 7.66 & 6.40\\ 349107.0 &\ch3oh349107.& 1.51 & 9.19 & 14.8\\ 350687.7 &\ch3oh350687.& 1.29 & 2.28 & 9.96\\ 350905.1 &\ch3oh350905.& 1.31 & 6.80 & 9.51\\ 351236.7 &\ch3oh351236.& 1.18 & 3.08 & 3.87\\ 355603.0 &\ch3oh355603.& 1.84 & 6.86 & 13.5\\ 356006.6 &\ch3oh356006.& 1.11 & 8.53 & 10.1\\ 356627.3 &\ch3oh356627.& $<$0.11 & -- & --\\ 356864.0 &\ch3oh356864.& $<$0.12 & -- & --\\ 358414.9 &\ch3oh358414.& 0.49 & 3.92 & 2.03\\ 358605.8 &\ch3oh358605.& 4.26 & 5.44 & 24.7\\ 360848.9 &\ch3oh360848.& 4.55$^k$ & 6.42 & 31.2\\ 361852.3 &\ch3oh361852.& 1.48 & 4.58 & 7.22\\ \multicolumn{5}{c}{$\nu _t = 1$}\\ 240960.6 &\ch3oh240960.& 0.24 & 3.62 & 0.92\\ 241267.9 &\ch3oh241267.& 0.22 & 6.78 & 1.57\\ 241441.2 &\ch3oh241441.& 0.30 & 6.09 & 1.92\\ 244338.0 &\ch3oh244338.& 0.33$^e$ & 13.3 & 4.68\\ 334426.6 &\ch3oh334426.& 0.54$^l$ & 2.91 & 1.68\\ 337297.4 &\ch3oh337297.& 0.55$^m$ & 4.24 & 2.57\\ 337490.5 &\ch3oh337490.& 0.33 & 3.96 & 1.39\\ 337519.1 &\ch3oh337519.& 0.46 & 2.71 & 1.33\\ 337546.1 &\ch3oh337546.& 0.52 & 6.97 & 3.83\\ 337581.7 &\ch3oh337581.& 0.57 & 6.10 & 3.67\\ 337605.3 &\ch3oh337605.& 0.98 & 2.89 & 3.00\\ 337610.6 &$7_{6}E- 6_{6}E$ +& 1.59 & 2.97 & 5.02\\ & $7_{-3}E- 6_{-3}E $& & & \\ 337625.7 &\ch3oh337625.& 0.37 & 5.62 & 2.20\\ 337635.7 &\ch3oh337635.& 0.32 & 1.74 & 0.60\\ 337643 &\ch3oh337642. +& 1.16 & 7.27 & 8.95\\ &\ch3oh337643.& & & \\ \noalign{\smallskip} \hline \end{tabular} \end{flushleft} \end{table} \setcounter{table}{9} \begin{table} \caption[ ]{CH$_3$OH Gaussian fit parameters W~3(H$_2$O) (cont.)} \begin{flushleft} \begin{tabular}{lcccc} \hline \noalign{\smallskip} $\nu$ & $N\,J$ & $T_{\rm MB}$ & $\Delta V$ & $W$\\ (MHz) && (K) & (km s$^{-1}$) & (K km~s$^{-1}$)\\ \noalign{\smallskip} \hline \noalign{\smallskip} 337647 &\ch3oh337646. +& 0.52 & 5.27 & 2.87\\ &\ch3oh337648.& & & \\ 337655.2 &\ch3oh337655.& 0.60 & 11.4 & 7.25\\ 337671.2 &\ch3oh337671.& 0.37 & 15.3 & 6.03\\ 337685.3 &$7_{5}E- 6_{5}E$ +& 0.39 & 8.09 & 3.39\\ & $7_{4}A^{\pm}- 6_{4}A^{\pm} $& & & \\ 337707.6 &\ch3oh337707.&0.56$^n$&9.31 & 5.57\\ 337748.8 &\ch3oh337748.& 0.45 & 8.45 & 4.00\\ 337969.4 &\ch3oh337969.& 0.36 & 4.03 & 1.52\\ 349845.4 &\ch3oh349845.&1.37$^o$&7.74 & 11.3\\ 359676.9 &\ch3oh359676.& 4.80$^p$ & 6.06 & 18.2\\ 361236.5 &\ch3oh361236.& 0.68$^q$ & 9.99 & 7.20\\ 364508.1 &\ch3oh364508.&0.41$^r$&5.98 & 2.59\\ 364746.2 &\ch3oh364746.&0.86$^s$&8.40 & 7.69\\ 364757.4 &\ch3oh364757.&0.86$^s$&8.40 & 7.69\\ \multicolumn{5}{c}{$\nu _t = 2$}\\ 240916.2 &\ch3oh240916.& 0.14 & 1.59 & 0.24\\ 240958.8 &\ch3oh240958.& 0.24 & 3.62 & 0.92\\ 334620.7 &\ch3oh334620.& 0.37 & 2.62 & 1.05\\ 337135.9 &\ch3oh337135.& 0.71 & 3.96 & 2.98\\ 337198.5 &\ch3oh337198.& 0.33$^t$ & 8.65 & 3.05\\ 337252.2 &\ch3oh337252.&1.05$^u$&4.45 & 4.98\\ 337284.3 &\ch3oh337284.& 0.30 & 2.10 & 0.67\\ 337295.8 &\ch3oh337295.& 0.55$^m$ & 4.24 & 2.57\\ 337302.6 &\ch3oh337302.& 0.38 & 2.42 & 0.97\\ 337312.3 &\ch3oh337312.& 0.54$^l$ & 2.91 & 1.68\\ 347443.1 &\ch3oh347443.& 0.36 & 8.46 & 3.24\\ \noalign{\smallskip} \hline \end{tabular} All upper limits are 2 times the rms noise in one resolution element (generally two channels).\\ $^1$ Strange profile.\\ $^2$ On edge of spectrum.\\ $^a$ Blended with $^{13}$CO 2--1.\\ $^b$ CH$_3$OH 241791 blended with CH$_3$OH 244330.\\ $^c$ CH$_3$OH 241829 blended with CH$_3$CN 239096.\\ $^d$ CH$_3$OH 241904 blended with CH$_3$CN 239022 and CH$_3$OCH$_3$ 239020/1.\\ $^e$ CH$_3$OH 241590 blended with CH$_3$OH 244338 and CH$_3$OH 244330.\\ $^f$ CH$_3$OH 257402 blended with CH3CN 257403 and SiO 6-5.\\ $^g$ CH$_3$OH 260381 blended with CH$_3$OCHO 260384.\\ $^h$ CH$_3$OH 337135 blended with CN 340261.\\ $^i$ CH$_3$OH 338615 blended with SO$_2$ 338611.\\ $^j$ CH$_3$OH 340141 blended with CH$_3$OCHO 343435/43.\\ $^k$ CH$_3$OH 360849 blended with H$_2$CO 364289.\\ $^l$ CH$_3$OH 334426 blended with CH$_3$OH 337312.\\ $^m$ CH$_3$OH 337295 blended with CH$_3$OH 337297.\\ $^n$ CH$_3$OH 337707 blended with CH$_3$OCH$_3$ 337708/12.\\ $^o$ CH$_3$OH 349845 blended with SO$_2$ 346652.\\ $^p$ CH$_3$OH 359676 blended with H$_2$CO 362735.\\ $^q$ CH$_3$OH 361237 blended with SO$_2$ 363890.\\ $^r$ CH$_3$OH 361852 and CH$_3$OH 364508 blended with CH$_3$OCH$_3$ 361863 and CH$_3$OCH$_3$ 361871/4/7.\\ $^s$ CH$_3$OH 364757 blended with CH$_3$OH 364746 and OCS 30-29.\\ $^t$ CH$_3$OH 337198 blended with $^{33}$SO 337198.\\ $^u$ CH$_3$OH 337252 blended with CH$_3$OH 340141.\\ \end{flushleft} \end{table} \begin{table} \caption[ ]{CH$_3$OCH$_3$ Gaussian fit parameters W~3(H$_2$O)} \begin{flushleft} \small \begin{tabular}{lcccc} \hline \noalign{\smallskip} $\nu$ & $J_{k_o,k_p}$ & $T_{\rm MB}$ & $\Delta V$ & $W$\\ (MHz) && (K) & (km s$^{-1}$) & (K km s$^{-1}$)\\ \noalign{\smallskip} \hline \noalign{\smallskip} 225598/9 &$40_{0,40}-40_{1,39}$& 0.71 & 5.74 & 4.35\\ 237046/48/51 &$7_{2,5}-6_{1,6}$ & -- & -- & 3.66\\ 237260/3/5 &$25_{3,22/23}-25_{2,24}$& -- & -- & 0.10\\ 239020/1 &$24_{5,19}-24_{4,20}$& 4.75$^a$ & 4.51 & 22.9\\ 240978/ &$5_{3,3}-4_{2,2}$ & 0.17 & 9.06 & 1.30\\ \ \ 82/85/89 & & & & \\ 241523/28/30 &$5_{3,2}-4_{2,3}$ & 0.30 & 7.32 & 2.36\\ 241523/28/30 &$5_{3,2}-4_{2,3}$ & 0.60$^b$ & 8.97 & 5.69\\ 241635/7/8 &$21_{3,18}-20_{4,17}$& 0.54$^c$ & 1.19 & 0.68\\ 241635/7/8 &$21_{3,18}-20_{4,17}$& --$^2$ & -- & --\\ 241946 &$13_{1,13}-12_{0,12}$& 0.64 & 3.45 & 2.33\\ 244503/08/12 &$23_{2,22}-23_{1,23}$& 0.89$^d$ & 6.98 & 6.65\\ 258548/9 &$14_{1,14}-13_{0,13}$& 0.56 & 7.71 & 4.60\\ 259982/4/6 &$20_{5,16}-20_{4,17}$& 0.20 & 1.47 & 0.32\\ 260327/29/31 &$19_{5,15}-19_{4,16}$& 0.17 & 6.20 & 0.57\\ 260400/1/3/5 &$16_{5,11}-16_{4,12}$& --$^e$ & -- & --\\ 260725/27/30 &$18_{5,14}-18_{4,15}$& -- & -- & 1.15\\ 260754/ &$6_{3,3}-5_{2,4}$ & 1.22$^f$ & 7.38 & 9.57\\ \ \ 56/58/61 & & & & \\ 261145/47/50 &$17_{5,13}-17_{4,14}$&0.28$^g$ & 10.9 & 3.30\\ 261245/ &$15_{5,10}-15_{4,11}$&0.25$^h$ & 7.39 & 2.02\\ \ \ 46/48/50 & & & & \\ 261560/1/3/6 &$16_{5,12}-16_{4,13}$& 0.23 & 6.91 & 1.73\\ 337712.4 &$7_{4,4}-6_{3,3}$ & $<$0.11 & -- & --\\ 337722/3 &$7_{4,4}-6_{3,3}$ & 0.12 & 1.78 & 0.23\\ 337730/1/2 &$7_{4,4/3}-6_{3,3}$ & 0.26 & 3.87 & 1.05\\ 337770/ &$7_{4,4/3}-6_{3,4}$ & -- & -- & 7.60\\ \ \ 78/79/87/90& & & & \\ 337778/9 &$7_{4,4}-6_{3,4}$ & 0.47 & 3.78 & 1.88\\ 337787/90 &$7_{4,3}-6_{3,4}$ & 0.39 & 3.66 & 1.53\\ 339491 &$19_{1,18}-18_{2,17}$& 0.33$^i$ & 6.89 & 2.45\\ 340609/12/15 &$10_{3,7}-9_{2,8}$ & 0.45 & 6.37 & 3.08\\ 342608.1 &$19_{0,19}-18_{1,18}$& 0.51$^j$ & 6.83 & 3.73\\ 343753/4/5 &$17_{2,16}-16_{1,15}$& 0.44 & 8.13 & 3.81\\ 344357/58 &$19_{1,19}-18_{0,18}$& 0.26 & 3.90 & 0.64\\ 344512/5/8 &$11_{3,9}-10_{2,8}$ & -- & -- & 3.66\\ 345129/32/36 &$35_{4,31/32}-35_{3,32/33}$&0.27& 4.79 & 1.37\\ 356567/ &$8_{4,5/4}-7_{3,4/5}$&-- & -- & 3.50\\ \ \ 75/76/82/86& & & & \\ 356705/ &$8_{4,5/4}-7_{3,4/5}$&--$^k$ & -- & --\\ \ \ 12/16/23/24& & & & \\ 359381/4/7 &$12_{3,10}-11_{2,9}$ & 0.45 & 8.19 & 3.88\\ 361863 &$20_{1,20}-19_{0,19}$& 0.41$^l$ & 5.98 & 2.59\\ 361871/4/7 &$11_{3,8}-10_{2,9}$ & 1.22$^l$ & 8.63 & 11.2\\ \noalign{\smallskip} \hline \end{tabular} \end{flushleft} $^1$ On edge of spectrum.\\ $^2$ Bad base line.\\ $^a$ CH$_3$OCH$_3$ 239020/1 blended with CH$_3$OH 241904 and CH$_3$CN 239022.\\ $^b$ CH$_3$OCH$_3$ 241523/28/30 blended with CH$_3$OCHO 244594.\\ $^c$ CH$_3$OCH$_3$ 241635/7/8 may be AOS spike.\\ $^d$ CH$_3$OCH$_3$ 244503/08/12 blended with SO$_2$ 241615.\\ \end{table} \clearpage \begin{small} \noindent $^e$ CH$_3$OCH$_3$ 260400/1/3/5 thoroughly blended with CH$_3$CN257522 and CH$_3$OCHO 260392/404.\\ $^f$ CH$_3$OCH$_3$ 260754/56/58/61 blended with HC$^{15}$N 3--2.\\ $^g$ CH$_3$OCH$_3$ 261145/47/48/50 blended with CH$_3$OCHO 261148.\\ $^h$ CH$_3$OCH$_3$ 261245/46/48/50 blended with SO$_2$ 258666.\\ $^i$ CH$_3$OCH$_3$ 339491 blended with CN 339493.\\ $^j$ CH$_3$OCH$_3$ 342608 blended with $^{34}$SO$_2$ 345285.\\ $^k$ CH$_3$OCH$_3$ 356705/12/16/23/24 on wing of HCO$^+$ 4--3.\\ $^l$ CH$_3$OCH$_3$ 361863 and CH$_3$OCH$_3$ 361871/4/7 blended with CH$_3$OH 361852 and CH$_3$OH 364508.\\ \end{small} \begin{table} \caption[ ]{CH$_3$OCHO Gaussian fit parameters W~3(H$_2$O)} \begin{flushleft} \small \begin{tabular}{lcccc} \hline \noalign{\smallskip} $\nu$ & $J$ & $T_{\rm MB}$ & $\Delta V$ & $W$\\ (MHz) && (K) & (km s$^{-1}$) & (K km~s$^{-1}$)\\ \noalign{\smallskip} \hline \noalign{\smallskip} 222421 &$18_K - 17_K$ & $<$0.079 & -- & --\\ 222438--42 &$18_K - 17_K$ & 0.19 & 15.9 & 3.19\\ 223119/24 &$18_K - 17_K$ & 0.14 & 5.70 & 0.85\\ 223135 &$18_K - 17_K$ & 0.06 & 3.90 & 0.23\\ 223162 &$18_K - 17_K$ & 0.10 & 7.26 & 0.77\\ 225855.4 &$6_K - 5_K$ & $<$0.058 & -- & --\\ 225900.7 &$6_K - 5_K$ & 0.14$^a$ & 9.77 & 1.50\\ 227559--63 &$21_K - 20_K$ & 0.47 & 6.25 & 3.09\\ 234112.3 &$19_K - 18_K$ & 0.053 & 7.14 & 0.40\\ 234124.9 &$19_K - 18_K$ & 0.093 & 7.47 & 0.74\\ 234134.6 &$19_K - 18_K$ & 0.065 & 7.47 & 0.52\\ 237309/15 &$21_K - 20_K$ & -- & -- & 2.12\\ 237344/50 &$21_K - 20_K$ & -- & -- & 2.48\\ 240021.0 &$19_K - 18_K$ & 0.29$^2$ & 4.15 & 1.26\\ 240034.6 &$19_K - 18_K$ & 0.15$^2$ & 7.66 & 1.26\\ 244580.3 &$20_K - 19_K$ & 0.26 & 2.59 & 0.72\\ 244594.0 &$20_K - 19_K$ & 0.18 & 7.74 & 1.48\\ 258081/9 &$21_K - 20_K$ & -- & -- & 2.97\\ 258274/77 &$21_K - 20_K$ & 0.095 & 3.72 & 0.38\\ 258296 &$21_K - 20_K$ & $<$0.045 & -- & --\\ 258476/82/99 &$21_K - 20_K$ & --$^b$ & -- & 9.57\\ 258490--523 &$23_K - 22_K$ & --$^b$ & -- & 9.57\\ 260384/ &$21_K - 20_K$ & --$^c$ & -- & --\\ \ \ 392/404/415& & & & \\ 261148.9 &$21_K - 20_K$ & 0.28$^d$ & 10.9 & 3.30\\ 261165.4 &$21_K - 20_K$ & 0.25 & 9.83 & 2.59\\ 261433/6 &$21_K - 20_K$ & --$^b$ & -- & 9.57\\ 334851.0 &$27_K - 26_K$ & 0.48$^e$ & 8.77 & 4.48\\ 334866/72 &$27_K - 26_K$ & 0.48 & 4.46 & 2.26\\ 334877.4 &$27_K - 26_K$ & 0.42$^f$ & 2.86 & 1.28\\ 338338/55 &$27_K - 26_K$ & --$^g$ & -- & --\\ 338396/414 &$27_K - 26_K$ & --$^h$ & -- & --\\ 342342--75 &$30_K - 39_K$ & -- & -- & 3.72\\ 343148/52/53 &$31_K - 30_K$ & -- & -- & 2.75\\ 343435/43 &$28_K - 27_K$ & 1.13$^i$ & 5.35 & 6.42\\ 343148/52/53 &$31_K - 30_K$ & 0.35$^j$ & 2.70 & 1.13\\ 344322/36/47 &$28_K - 27_K$ & --$^k$ & -- & --\\ 344029 &$32_K - 31_K$ & 0.16 & 2.13 & 0.35\\ 344539.7 &$28_K - 27_K$ & 0.94$^l$ & 5.44 & 5.42\\ 345068/69 &$28_K - 27_K$ & --$^1$ & -- & --\\ \noalign{\smallskip} \hline \end{tabular} \end{flushleft} \end{table} \setcounter{table}{11} \begin{table} \caption[ ]{CH$_3$OCHO Gaussian fit parameters W~3(H$_2$O) (cont.)} \begin{flushleft} \small \begin{tabular}{lcccc} \hline \noalign{\smallskip} $\nu$ & $J$ & $T_{\rm MB}$ & $\Delta V$ & $W$\\ (MHz) && (K) & (km s$^{-1}$) & (K km~s$^{-1}$)\\ \noalign{\smallskip} \hline \noalign{\smallskip} 345090.3 &$28_K - 27_K$ & --$^m$ & -- & --\\ 345461/66 &$28_K - 27_K$ & 0.22 & 5.46 & 1.30\\ 345461/66/85 &$28_K - 27_K$ & --$^2$ & -- & --\\ 345485 &$28_K - 27_K$ & 0.19 & 2.05 & 0.41\\ 348909/14 &$28_K - 27_K$ & 0.45 & 4.05 & 1.93\\ 353723/4/8 &$32_K -31_K$ & -- & -- & 6.26$^2$\\ 354608 &$33_K - 32_K$ & 0.49 & 6.31 & 3.27\\ 356549.0 &$13_K - 12_K$ & 0.21 & 4.64 & 1.05\\ 358364.3 &$28_K - 27_K$ & 0.17 & 3.88 & 0.71\\ 358392.3 &$28_K - 27_K$ & 0.14 & 4.69 & 0.68\\ 358565/76 &$29_K - 28_K$ & -- & -- & 2.35\\ 358591.6 &$29_K - 28_K$ & --$^n$ & -- & --\\ \noalign{\smallskip} \hline \end{tabular} $^1$ On edge of spectrum.\\ $^2$ Bad base line.\\ $^a$ CH$_3$OCHO 225900 in wing HDO 225896.\\ $^b$ CH$_3$OCHO 258476/82/99 blended with CH$_3$OCHO 261433/6 and CH$_3$OCHO 258490/496/502/508/518/523.\\ $^c$ CH$_3$OCHO 260384/392/404/415 thoroughly blended with CH$_3$CN 257507/22/27 and CH$_3$OCH$_3$ 260400/1/3/5.\\ $^d$ CH$_3$OCHO 261148 blended with CH$_3$OCH$_3$ 261145/47/48/50.\\ $^e$ CH$_3$OCHO 334851 blended with CH$_3$OH 337546.\\ $^f$ CH$_3$OCHO 334877 blended with CH$_3$OH 337519.\\ $^g$ CH$_3$OCHO 338338 and CH$_3$OCHO 338355 in wings CH$_3$OH 338344.\\ $^h$ CH$_3$OCHO 338396 and CH$_3$OCHO 338414 in wings CH$_3$OH 338404/408.\\ $^i$ CH$_3$OCHO 343435/43 blended with CH$_3$OH 340141.\\ $^j$ On wing OCS 28--27.\\ $^k$ CH$_3$OCHO 344322/36/47 blended with SO 344310 and H$^{13}$CO$^+$ 4--3.\\ $^l$ CH$_3$OCHO 344539 blended with HCS$^+$ 8--7.\\ $^m$ CH$_3$OCHO 345090 in wing H$_2$CS 348531.\\ $^n$ CH$_3$OCHO 358591 in wing CH$_3$OH 358605.\\ \end{flushleft} \end{table} \end{document}