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. 7 3, 3289 (1980)]

This publication has 10 references indexed in Scilit:

• Comment on ‘‘An MCSCF characterization of the HeH2+ 2 2A1(2Σ+) polarization state. A radiative mechanism for the production of H+2 from thermal He++H2 collisions’’
  The Journal of Chemical Physics, 1981
• 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*(n l)
  The Journal of Chemical Physics, 1980
• Potential energy hypersurface for the 1 2Π(1 2B1,1 2A′′) Rydberg state of the HeH2+ system
  The Journal of Chemical Physics, 1980
• An MCSCF characterization of the HeH2+ 2 2A1(2Σ+) polarization state. A radiative mechanism for the production of H2+ from thermal He++H2 collisions
  The Journal of Chemical Physics, 1980
• Dissociative charge transfer of He+ ions with H2 and D2 molecules from 78 to 330 K
  The Journal of Chemical Physics, 1980
• Calculation of radiative single-charge-transfer cross sections for collisions ofHe2+with He at low energy
  Physical Review A, 1978
• A theoretical prediction of vibrational enhancement for dissociative charge transfer in the HeH2+ system
  The Journal of Chemical Physics, 1978
• Chemical Reactions at Very Low Temperatures
  Annual Review of Physical Chemistry, 1976
• Measurements of ion-molecule reactions of He+, H+, and HeH+ with H2 and D2
  The Journal of Chemical Physics, 1974
• Competition between charge exchange and chemical reaction: The D2+ + H system
  The Journal of Chemical Physics, 1973