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Analysis of electronically nonadiabatic chemical reactions: An information theoretic approach
Authors:U. Dinur  R. Kosloff  R.D. Levine  M.J. Berry
Affiliation:Department of Physical Chemistry, The Hebrew University, Jerusalem,Israel;Department of Chemistry, University of Wisconsin, Madison, Wisconsin,USA
Abstract:A practical procedure for the determination of branching ratios for reactions which lead to either excited or electronically ground state products is outlined. The method is applied to four reactions which could (on energetic grounds) produce an electronically excited iodine atom. No case of a complete inversion is found, but one reaction (F + HI) is predicted to yield a statistical, (one half), I*(2P1/2) to I(2P3/2) ratio.
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