Published February 1, 2024 | Version v1

The data for "Theoretical study of electron capture, excitation and ionization processes in H$^+$-H(2$l$) collisions"

  • 1. ROR icon Beijing Administration Institute
  • 2. Institute of Environmental Science, Shanxi University, Taiyuan 030006, PR China
  • 3. Institute of Applied Physics and Computational Mathematics, P. O. Box 8009-26, Beijing 100088, PR China

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ReadMe.md: description about documents.

Cross Sections.xlsx: H^+ + H(2l) collisions electron capture, excitation and ionization cross-sections calculated by QMOCC and TC-AOCC method.

PEC-Sigma_G.xlsx: Potential energy curves of hydrogen molecular ionic state $^2\Siamg_g^+$.
PEC-Sigma_U.xlsx: Potential energy curves of hydrogen molecular ionic state $^2\Siamg_u^+$.
PEC-Pi_G.xlsx: Potential energy curves of hydrogen molecular ionic state $^2\Pi_g$.
PEC-Pi_U.xlsx: Potential energy curves of hydrogen molecular ionic state $^2\Pi_u$.
 
RAD-Sigma_G.xlsx: Radial coupling matrix elements between hydrogen molecular ionic states $^2\Siamg_g^+$.
RAD-Sigma_U.xlsx: Radial coupling matrix elements between hydrogen molecular ionic states $^2\Siamg_u^+$.
RAD-Pi_G.xlsx: Radial coupling matrix elements between hydrogen molecular ionic states $^2\Pi_g$.
RAD-Pi_U.xlsx: Radial coupling matrix elements between hydrogen molecular ionic states $^2\Pi_u$.

ROT_G.xlsx: Rotational coupling matrix elements between hydrogen molecular ionic states $^2\Siamg_g^+$ and $^2\Pi_g$.
ROT_G.xlsx: Rotational coupling matrix elements between hydrogen molecular ionic states $^2\Siamg_u^+$ and $^2\Pi_u$.

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Additional details

Dates

Submitted
2024-02-01
The relevant data of the articles required by the referee and the data editor.