Abstract
Reactive Infinite Order Sudden Approximation calculations have been performed using a computational procedure restructured to run on parallel computers. Computationally intensive sections of the code are analyzed and speedups obtained from a parallel restructuring discussed. The significant speedup obtained on a shared-memory parallel machine has allowed us to perform extensive calculations of the energy dependence of the integral and differential reactive cross sections of the Li+HCl system. A comparison with results of a quasiclassical and an experimental study is also performed.
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