Charge Transfer Reaction of O^<3+>+H→O^<2+>+H^+ in Low Energy Collision

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概要

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• The total charge transfer cross-sections have been computed for the collisionof 0" -l- H in the energy range of 2-240 keV. The PSS method with the classicaltrajectory is employed to obtain the cross-sections. The reaction channels whichhave the avoided crossing with the incoming channel at the internuclear distanceless than 20 a.u. have been included into the calculation. The computed cross-section is found to be relatively constant as a function of the collision energy.The computed cross-sections are considerably lar'ge in contparsion with theexperimental data by Phaneuf, but are of the same order of magnitude as theexperimental result given by Gardner.

• 社団法人日本物理学会の論文
• 1983-02-15

著者

• O-ohata Kiyosi

  College Of General Education Kyushu University

• Yoshida Junichi

  College Of General Education Kyushu University

関連論文

• Collision for Li^++He System.I.Potential Curves and Non-Adiabatic Coupling Matrix Elements
• Ab initio Calculation of the Potential Curves for the Reaction O^+H→O^H^+ and the Related Diabatic Coupling Matrix Elements
• Charge Transfer Reaction of O^+H→O^+H^+ in Low Energy Collision

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