Theoretical calculation of rotational-excitation cross section for He-N_2
Tang Yu
Abstract
Tang Yu
Abstract
The different scattering cross sections and the partial wave scattering cross sections for He-N2 have been calculated by employing the accepted exact Close-Coupling approximation method. It shows that elastic scattering takes place mainly at large scattering and inelastic rotational-excitation chief at small scattering angle at low-energy scattering for He-N2 system. The various rules of the partial wave cross sections in different energy conditions have been found by systemic investigation and calculation.
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The different scattering cross sections and the partial wave scattering cross sections for He-N2 have been calculated by employing the accepted exact Close-Coupling approximation method. It shows that elastic scattering takes place mainly at large scattering and inelastic rotational-excitation chief at small scattering angle at low-energy scattering for He-N2 system. The various rules of the partial wave cross sections in different energy conditions have been found by systemic investigation and calculation.
Key concepts: Scattering, Cross section (physics), Scattering length, Inelastic scattering, Excitation, Atomic physics, Scattering theory, Quasielastic scattering