Theory of Autoionization from Collisionally-Excited Quasi-Molecular States

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概要

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• Probability amplitudes of a molecular-autoionization process are obtained by a non-perturbative treatment. The Doppler effect due to the motion of the quasi-molecule isinvestigated, and it is expressed in terms of a deformation of an energy-differencebetween the states before and after the autoionization. A model case is investigated inwhich the energy-difference is written by a Morse-potential function. Analyticalformulae are obtained for the shapes of the ejected electron spectra.

• 社団法人日本物理学会の論文
• 1982-02-15

著者

• KOIKE Fumihiro

  Physics Laboratory,School of Medicine,Kitasato University

• Koike Fumihiro

  Physics Department School Of Medicine Kitasato University

• Koike Fumihiro

  Physics Laboratoty School Of Medicine Kitasato University

関連論文

• Stabilized Hollow Atoms (Ions) Produced with Multiply Charged Ions Passed through Microcapillaries
• Effects of Spectator Electrons on X-Ray Spectra of Impurity Ar in High Denisty Plasmas
• Theory of Autoionization from Collisionally-Excited Quasi-Molecular States
• A Charge Transfer Mechanism between a Rare Gas Ion and a Diatomic Molecule; the Implication of Inner-Shell Level Mixing
• Irregularity of Autoionizing Rydberg Series in Photoionization Leading to the Si^ 3l States from the Mg-Like Si^ Ions(Atomic and molecular physics)
• Modeling of Atomic Processes of Multiple Charged Ions in Plasmas and Its Application to the Study of EUV Light Sources
• Irregularity of Autoionizing Rydberg Series in Photoionization Leading to the Si^ 3l States from the Mg-Like Si^ Ions

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