Numerical modeling of an electron-beam-pumped copper vapor laser. I. Distribution function of electron energies in the laser plasma

Borovich, Boris L; Buchanov, V V; Molodykh, E. I.

doi:10.1070/qe1984v014n05abeh005111

Sov. J. Quantum Electron.

1984

DOI: 10.1070/qe1984v014n05abeh005111

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Numerical modeling of an electron-beam-pumped copper vapor laser. I. Distribution function of electron energies in the laser plasma

Boris L Borovich¹,

V V Buchanov²,

E. I. Molodykh³

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1997

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Computational model of a copper laser

Boley¹,

Molander²,

Warner³

1997

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This report describes a computational model of a copper l=r amplifier. The model contains rate equations for copper and thebuffer gasspecies (neonandhydrogen), alongwithequations fortheelectron temperature, thelaserintensity, andthediffusing magnetic fieldof thedischarge. Ratesaregivenforall pertinent atomicreactions. Theradial profile of thegastemperature isdetermined by thetime-averaged powerdeposited inthegas.Thepresence of septum inserts, whichaidgsscooling, is takenintoaccount. Fieldsarecalculated consistently throughout the plasmaand the surrounding insulation.Employed in conjunction with a modulator model, the model is used to calculate comprehensive performance predictions for a high-power operational amplifier. *.

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Computational model of a copper laser

Boley¹,

Molander²,

Warner³

1997

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Numerical modeling of an electron-beam-pumped copper vapor laser. I. Distribution function of electron energies in the laser plasma

Cited by 1 publication

References 1 publication

Computational model of a copper laser

Computational model of a copper laser

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