Charge transfer in H+-Na (3p) collisions: a possible ultraviolet laser mechanism
Author:
Publisher
IOP Publishing
Subject
Atomic and Molecular Physics, and Optics
Link
http://stacks.iop.org/0022-3700/19/i=7/a=007/pdf
Reference13 articles.
1. Charge transfer in H+-Na0collisions: molecular orbital calculations
2. Alignment and orientation of atomic orbitals in Na(3p)+Na+interactions
3. Charge transfer cross sections and equilibrium fractions for 1–25 keV H+ ions incident on a Na vapor target
4. Excitation of laser state-prepared Na*(3p) to Na*(3d) in low-energy collisions with Na+: experiment and calculations of the potential curves of Na2+
5. Electron capture by protons and helium ions from lithium, sodium, and magnesium
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1. Slow electron capture byH+from initially excitedpstates of alkali-metal atoms: Effects of alignment and orientation;Physical Review A;2001-06-15
2. Role of initial orbital alignment in H++K(4p) collisions at low energies;International Journal of Quantum Chemistry;2001
3. Quantum-mechanically complete study of charge transfer from nonisotropic initial to nonisotropic final states inH+−Na(3p±1)collisions;Physical Review A;2000-01-11
4. Charge transfer in slow collisions of Na with;Journal of Physics B: Atomic, Molecular and Optical Physics;1996-01-14
5. Electron transfer, target excitation, and ionization inH++Na(3s) andH++Na(3p) collisions in the coupled-Sturmian-pseudostate approach;Physical Review A;1995-04-01
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