Abstract
XeCl(B) formation processes are examined for conditions typical of a discharge-excited laser using HCl as the chlorine donor. It is shown that vibrational excitation of HCl followed by dissociative attachment is a primary step in the reaction sequence resulting in Cl− . XeCl(B) formation is the result of a three-body Xe+ -CL− recombination reaction. Experimental results are presented which demonstrate efficient (∼2%) XeCl laser operation in an e-beam assisted discharge in which over 75% of the energy was deposited by the discharge.
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