Theory and measurement of absolute doubly differential cross sections of binary encounter electron ejection in collisions of swift heavy ions with solids
Author:
Publisher
IOP Publishing
Subject
Condensed Matter Physics,Atomic and Molecular Physics, and Optics
Reference18 articles.
1. Relativistic heavy collision studies at HIMAC: X-rays from radiative electron capture into continuum and secondary electrons from binary encounter collisions
2. On the measurement of solid-state Compton profiles from secondary electrons induced in fast-ion-atom collisions
3. Binary encounter electron production at relativistic velocities
4. Two-centre effects in ionization by ion impact
5. Binary-encounter electron production in energetic heavy-bare-ion–atom collisions
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1. Swift heavy ion induced electron emission from solids;Journal of Physics: Conference Series;2015-07-13
2. Slowing down of fast electrons as probe for charging and decharging dynamics of ion-irradiated insulators;Physical Review A;2011-06-15
3. Charging of insulators by multiply-charged-ion impact probed by slowing down of fast binary-encounter electrons;Physical Review A;2010-12-07
4. Impact and Application: Fast Electron Ejection in Atomic Collisions Studied with the ARGOS Multi-Detector;Nuclear Physics News;2007-06-04
5. Forward and backward electron emission cross-sections for 23 MeVu-1 C , Ni and Au projectiles traversing C , Al , Ni , Ag , Au and Bi foils;The European Physical Journal A;2007-06
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