A Note on the Cross Section of the Syummetric Charge Transfer between Uranium Ions : Atoms and Molecules

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概要

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• The time development operator formalism is presented in order to justify the conventional formulas for the cross section of the symmetric charge transfer process. The formulation clarifies the approximations made in the derivation. The cross section for the process U+U^+⇾U^+U is examined. Considering the situation that the lower energy states of the uranium atom/ion are made of two kinds of cores, 5f^3(^4I) and 5f^3(^2H), with an energy difference of less than 0.1 eV, and that transfer of one of the 7s-electrons contributes to the cross section of charge transfer to about the same extent as that of the 6d-electron, we obtain a theoretical result which agrees with a recent experimental value at 100 eV.

• 社団法人応用物理学会の論文
• 1988-04-20

著者

• Mizushima Masataka

  Institute For Laser Science University Of Electro-communication

関連論文

• Microwave Resonance Lines of ^O_2 in Its Electronic Ground State (X ^3Σ^-_g)
• A Note on the Cross Section of the Syummetric Charge Transfer between Uranium Ions : Atoms and Molecules
• Spectroscopic Stability in Two-Photon Absorption by Atoms

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