Quantum mechanical and semiclassical calculations of ionization processes in slow collisions between a negative muon and a hydrogen atom
Author:
Publisher
IOP Publishing
Subject
Condensed Matter Physics,Atomic and Molecular Physics, and Optics
Reference20 articles.
1. Generalised meshes for quantum mechanical problems
2. Slowing down and capture of negative muons by hydrogen: Classical-trajectory Monte Carlo calculation
3. Fermion molecular dynamics in the capture of muons by hydrogen atoms
4. Isotope effects on antiproton and muon capture by hydrogen and deuterium atoms and molecules
5. Diabatic-state treatment of negative-meson moderation and capture. I. The hydrogen atom
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1. K-shell ionization cross sections of atoms by muons and pions;The European Physical Journal D;2019-06
2. A new time-dependent scattering theory and its application to the capture of antiprotons by atoms;Journal of Physics: Conference Series;2009-09-01
3. Dissociative electron attachment to muonic hydrogen:e+μp→μ+H;Physical Review A;2008-10-30
4. Time-dependent approach to three-body rearrangement collisions: Application to the capture of heavy negatively charged particles by hydrogen atoms;Physical Review A;2007-05-16
5. Ionization of helium ions by low-energy antiproton collisions;Physical Review A;2006-10-11
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