Electron capture and transfer-ionization processes in collision at 12.5 keV amu-1
Author:
Publisher
IOP Publishing
Subject
Condensed Matter Physics,Atomic and Molecular Physics, and Optics
Reference17 articles.
1. Multiple capture in N7++Ar investigated by electron spectroscopy (70 keV,θlab=10')
2. Double excitation of helium by ion impact. II. Experiment and theory for 2-3 MeV proton impact
3. A coincidence study of multiple-electron capture in15N7+-Ar collisions
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1. Evidence for target outer-shell excitation mediated by electron correlation in single-electron-capture collisions of slow He2+ ions with Ar atoms;Physical Review A;2020-10-28
2. Electron emission from transfer ionization reaction in 30 keV amu−1 He 2+ on Ar collision;Journal of Physics B: Atomic, Molecular and Optical Physics;2018-05-15
3. Forward electron emission in collisions of He2+ ions with Ar atoms with simultaneous capture of two electrons;Physical Review A;2016-10-31
4. Is the dissociation of coronene in stellar winds a source of molecular hydrogen? application to the HD 44179 nebula;Monthly Notices of the Royal Astronomical Society;2014-05-08
5. Electron emission in double-electron capture with simultaneous single ionization in 30-keV/uHe2+4-Ar collisions;Physical Review A;2014-03-14
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