Simplified model for XECL-lasers

Ануфрик, С. С.; Volodenkov, Alexander; Znosko, K. F.

doi:10.1109/lfnm.2004.1382413

Cited by 3 publications

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“…As initial conditions it is possible to utilize results obtained at a solution of a set of equations, describing operation of a preionization or results obtained at a solution of a set of equations, describing the stage of a breakdown [4].…”

Section: Xecl * Xe + CL + H ; ( Sp )mentioning

confidence: 99%

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<title>Stability of quasi-steady mode of electro-discharge XeCl lasers</title>

2008

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The influence of gas mixing ratio on stability of quasi-steady mode of electro-discharge XeCl-lasers operation is discussed. The simplified model for electric-discharge XeCl-laser is presented. Although there are many reports on the models of XeCl-laser, for an analysis having clear physical sense it is useful to have a simplified kinetic model. The model enables to calculate an electrons concentration, density of excimer XeCl * molecules and specific energy deposition in active medium. The quasi-steady mode of discharge in XeCl-lasers is analyzed.

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Section: Xecl * Xe + CL + H ; ( Sp )mentioning

confidence: 99%

“…In this case, on the basis of equations (3)(4) only the relationship between quasi-steady concentrations of electrons n and [Cl -] may be found…”

Section: Xecl * Xe + CL + H ; ( Sp )mentioning

confidence: 99%

<title>Stability of quasi-steady mode of electro-discharge XeCl lasers</title>

2008

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“…As initial conditions it is possible to utilize results obtained at a solution of a set of equations, describing operation of a preionization system or results obtained at a solution of a set of equations, describing the stage of a breakdown [5].…”

Section: Quasi-steady Operating Mode Of Xecl-lasermentioning

confidence: 99%

Simulation of active medium of XeCl lasers

2007

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The simplified model for electric-discharge XeCl-laser is presented. Although there are many reports on the models of XeCl-laser, for an analysis having clear physical sense it is useful to have a simplified kinetic model. The model enables to calculate an electrons concentration, density of excimer XeCl * molecules, specific energy deposition in active medium and generation energy. The quasi-steady mode of discharge in XeCl-lasers is analyzed. The influence of E/P on generation energy of quasi-steady mode of electro-discharge XeCl-lasers operation is discussed.

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The infuence of gas mixing ratio on stability of quasisteady mode of electro-discharge XECL_lasers operation

Ануфрик

Volodenkov

Znosko

Proceedings of CAOL 2005. Second International Conference on Advanced Optoelectronics and Lasers, 2005.

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The influence of gas mixing ratio on stability of quasi-steady mode of electro-discharge XeCl-lasers operation is discussed. The simplified model 'for electric-discharge XeCl-laser is presented. Although there are many reports on the models of XeCI-laser, for an analysis having clear physical sense it is useful to have a simplified kinetic model. The model enables to calculate an electrons concentration, density of excimer XeCl* molecules and specific energy deposition in active medium. The quasi-steady mode of discharge in XeCI-lasers is analyzed.

show abstract

Simplified model for XECL-lasers

Cited by 3 publications

References 1 publication

<title>Stability of quasi-steady mode of electro-discharge XeCl lasers</title>

<title>Stability of quasi-steady mode of electro-discharge XeCl lasers</title>

Simulation of active medium of XeCl lasers

The infuence of gas mixing ratio on stability of quasisteady mode of electro-discharge XECL_lasers operation

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