A Simple Theoretical Analysis of a Discharge Pumped XeCl-Laser
Author:
Publisher
Wiley
Subject
Condensed Matter Physics
Reference21 articles.
1. Fis. at. Stolkn. Mir, Moscow (1965) 234.
2. Kinetic Model for Self-Sustained Discharge XeCl Lasers
3. Electron drift velocities in molecular-gas-rare-gas mixtures
4. , Theor. elektr. Lichtb. u. Funken, Leipzig (1949).
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1. Experimental verification of a zero-dimensional model of the kinetics of XeCl* discharges by XeCl*(B)-, XeCl*(C)-, and Xe2Cl*-density measurements;Applied Physics B Laser and Optics;1995-08
2. Experimental verification of a zero-dimensional model of the kinetics of XeCl* discharges by Xe*-, Cl*-, Ne*-, and H*-density measurements;Applied Physics B Laser and Optics;1994-06
3. Formation of the XeCl exciplex via double crossings of potential-energy curves;Molecular Physics;1994-05
4. A New Nonstationary Boltzmann Solver in Self-Consistent Modelling of Discharge Pumped Plasmas for Excimer Lasers;Journal of Computational Physics;1994-05
5. Investigations of a compact short-pulse discharge-excited XeCl laser;Optics Communications;1993-04
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