What is it about?
The electronic excitations to the Cs^+^ + N_2_(A ^3^Σ) and Cs^+^ + N_2_(a ^1^Π) states were observed by differential scattering experiments. The spin-changing N_2_(A ^3^Σ) excitation was dominant electronic excitations at lower energies E < 17.5 eV.
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Why is it important?
Energy transfer mechanisms on backward scattering in the moderate-energy Cs^+^-N_2_ collisions were interpreted by assuming empirical potential model. Near threshold collision energies the prominent excitation is due to the spin-changing excitation to the N_2_(A ^3^Σ) state.
Perspectives
This report provides an experimental finding on the electronic excitation process in the closed-shell Cs^+^-N_2_ system.
Emeritus Professor Shigetomo Kita
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This page is a summary of: Energy transfer mechanisms in backward scattering of
Cs+
ions from
<mml:math xmlns:mml="http://www.w3.org..., March 2024, American Physical Society (APS),
DOI: 10.1103/physreva.109.032803.
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