
File Summary:
--------------------------------------------------------------------------------
 FileName      Lrecl  Records   Explanations
--------------------------------------------------------------------------------
Readme.TEX        80        .   This file
--------------------------------------------------------------------------------

Byte-by-byte Description of file:
--------------------------------------------------------------------------------
   Bytes Format Units   Label     Explanations
--------------------------------------------------------------------------------
--------------------------------------------------------------------------------

Title: Absolute transition probabilities of Al I and Al II spectral lines and intensity ratios within multiplets


Authors: V. Vujnovic, K. Blagoev, C. F\"urböck, T. Neger, and H. Jäger

The files should be processed with Latex 2e.

Table 1:
Lifetimes ($\tau$) of neutral and ionized aluminum. If more than one source is cited, an average of the lifetimes was taken.

Table 2:
Al~I-Intensity ratios within multiplets, and transition probabilities
for the simple part of the Grotrian diagram. According to Kaufman and Martin (1991) 
the level $3s^24d\:^2\!D$ is designated as $y\,D$, and all
higher $d$ levels  acquire numbers for one less than previously (5$d$ goes to
4$d$, and so on).

Table 3:
Al~I-Intensity ratios within multiplets for the complex part of the Grotrian diagram.

Table 4:
Al~II-Intensity ratios within multiplets.

Table 5:
Al~II-Branching ratios and transition probabilities ($A_{ki})$. The value for the transition probability of the Al~II 3900.675  \AA{} line was taken over from the work of Tayal and Hibbert (1984) (for procedure see discussion in paper).

Table 6:
Al~II-Transition probabilities ($A_{ki}$) calculated using results of other authors. If more than one source is cited, an average of the transition probabilities was taken.

Citations (same as in paper):

Andersen, T., Roberts, J.R., and Soerensen, G. 1971, Phys. Scri., 4, 52
Berry, H. G., Bromander, J., and Buchta, R. 1970, Phys. Scri. 1, 181
Buurman, E., D\"oenszelmann, A., Hansen, J. E., and Snoek, C. 1986, A\& A, 164, 224
Chang, T. N., and Wang, R. 1987, Phys. Rev. A, 36, 3535
Davidson, M. D., Volten, H., and D\"oenszelmann, A. 1990, A\& A, 238, 452
Froese-Fischer, C., and Godefroid, M. 1982, Nucl. Instrum. Meth., 202, 307

Head, M. E. M., Head, C. E., and Lawrence, J. N. 1976, in Atomic Structure and Lifetimes, ed. F. A. Sellin, \& D. J. Pegg (NY: Plenum), 147
Johnson, B. C., Smith, P. L., and Parkinson, W. H. 1986, ApJ, 308, 1013
Kernahan, J. A., Pinnington, E. H., O'Neill, J. A., Brooks, R. L., and Donelly, K. E. 1979, Phys. Scri., 19, 267
Smith, W. H. 1970, NIM, 90, 115
Tayal, S. S., and Hibbert, A. 1984, J. Phys. B, 17, 3835
Trabert, E., Wolf, A., and Linkemann, J. 1999, J. Phys. B, 32, 637
Victor, G. A., Stewart, R. F., amd Laughlin, C. 1976, ApJS, 31, 237
Weiss, A. W. 1967, J. Chem. Phys., 47, 3573
Wiese, W. L., and Martin, G. A. 1980, Transition Probabitlities, Part II, Vol. Natl. Stand. Ref. Data System., Natl. Bur. Std. 68 (Washington DC)
Zare, R. N. 1967, J. Chem. Phys., 47, 3561
================================================================================
(End)                                                        [CDS?]  2002-Jun-28
