Reply to Johnsen and Biondi’s comment on ‘‘An MCSCF characterization of the HeH+2 2 2A1(2Σ+) polarization state. A radiative mechanism for the production of H+2 from thermal He++H2 collisions’’ [D. G. Hopper, J. Chem. Phys. 73, 3289 (1980)]
Author:
Publisher
AIP Publishing
Subject
Physical and Theoretical Chemistry,General Physics and Astronomy
Link
http://aip.scitation.org/doi/pdf/10.1063/1.441077
Reference11 articles.
1. An MCSCF characterization of the HeH2+ 2 2A1(2Σ+) polarization state. A radiative mechanism for the production of H2+ from thermal He++H2 collisions
2. Potential energy hypersurface for the 1 2Π(1 2B1,1 2A′′) Rydberg state of the HeH2+ system
3. Collisional studies of the excited state potential energy surfaces of HeH+2: Energy thresholds and cross sections for reactions of helium ions with hydrogen yielding H+, H+2, H+3, HeH+, and H*(nl)
4. A theoretical prediction of vibrational enhancement for dissociative charge transfer in the HeH2+ system
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1. HeH2+: structure and dynamics;International Reviews in Physical Chemistry;2022-01-02
2. Radiative charge transfer in He+ + H2 collisions in the milli- to nano-electron-volt range: A theoretical study within state-to-state and optical potential approaches;The Journal of Chemical Physics;2013-03-14
3. Potential energy surfaces describing ion complexes containing molecular hydrogen;The Journal of Chemical Physics;1992-07-15
4. Theoretical study of charge transfer inHe++H2collisions in the milli-electron-volt regime;Physical Review A;1991-07-01
5. Hydrogen atom transfer reactions of He+ and Ne+ with H2, D2, and HD;The Journal of Chemical Physics;1987-06
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