STUDIES OF ELECTRONICALLY NONADIABATIC EFFECTS IN COLLISONS OF $H^{+} + H_{2}$
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Date
1979
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Ohio State University
Abstract
The role of non adiabatic effects in the $(H^{+}_{3})$ collision system is investigated within the framework of natural coordinate reactive scattering theory. Matrix elements coupling the channels $H^{+} + H_{2}$ and $H + H^{+}_{2}$ are obtained in natural coordinates from diatomics-in-molecules theory, and the role of internal energy in facilitating charge transfer in inelastic and reactive collisions is discussed.
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This work was supported by the Air Force Office of Scientific Research and Battelle Memorial Institute.
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