An angle‐resolved translational energy spectrometer for investigating low‐energy, highly charged ion–atom (molecule) collisions
Author:
Publisher
AIP Publishing
Subject
Instrumentation
Link
http://aip.scitation.org/doi/pdf/10.1063/1.1144321
Reference52 articles.
1. Energy-spectroscopic studies of electron-capture processes by low-energy, highly stripped C, N, and O ions from He
2. Energy-spectroscopic studies of electron-capture processes of low-energy, highly stripped F and Ne ions in collisions with He atoms
3. Energy-gain spectroscopy studies of electron capture from helium by slow multiply charged neon ions
4. Energy-gain spectroscopy of electron-capture collisions between low-energy Ar and Ne projectiles and atomic and molecular deuterium targets
5. Energy-spin spectroscopy of state-selective electron capture for multiply charged Ar recoil ions
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1. Scattering Study of Single Charge Transfer in Arq+ (11 .ltoreq. q .ltoreq. 14) on Ar Collisions at 72q eV;The Journal of Physical Chemistry;1995-10
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