Simulation of systems of XeCl-laser excitation of different types

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

doi:10.1109/caol.2003.1250536

Cited by 2 publications

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“…To make system of the equations (4) closed we should add to it the equations (1) or (2). The systems of equations (4) and (2) have been solved numerically using standard function from MathCad2000.…”

Section: Results For Lc-invertermentioning

confidence: 99%

“…We had created the computer program of calculation of idle and working operating modes of system of excitation on the basis of a LC-contour [2]. In the case of LC-contour, under the electrical equivalent scheme on fig.…”

Section: Results For Lc-contourmentioning

confidence: 99%

“…The systems of equations (4) and (2) have been solved numerically using standard function from MathCad2000. In the case of approximation of discharge resistance by system (2), we have obtained a good agreement between experimental and calculated oscillograms.…”

Section: Results For Lc-invertermentioning

confidence: 99%

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<title>Modelling of electro-discharge XeCl laser excitation systems</title>

2008

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With the purpose of reception of energy of generation 0,2-1 J, two types of electrodischarge XeCl-laser excitation system with was created. The modeling procedure of XeCl-laser excitation systems is developed, allowing calculate the form of a voltage pulse on laser electrodes and energy input in the active medium. The dependence of discharge gap resistance on time is usually simulated by exponential empirical dependence. In this case the breakdown voltage of inter-electrode gap must be taken from experimental data also. For each gas mixture, parameters of time dependence of discharge gap resistance and value of inter-electrode breakdown voltage have different values. Consequently, the results, which are obtained in this manner, have practical significance for definite gas ratio of mixture. We have developed the simple model, which takes into account the dependence of discharge gap parameters from gas pressure and composition. The solution of Boltzmann equation for electrons in electrical field (E/N) and calculation of kinetic processes may be carried out. In this case the effective rate of electrons formation may be approximated as function of gas composition and (E/N). Results of one model are compared to results of other model and experimental data.

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Section: Results For Lc-invertermentioning

confidence: 99%

Section: Results For Lc-contourmentioning

confidence: 99%

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<title>Modelling of electro-discharge XeCl laser excitation systems</title>

2008

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“…3. We have created the computer program of calculation of idle and working operating modes of system of excitation on the basis of a LC-contour and LC-inverter [1]. In the case of LC-inverter, under the electrical equivalent scheme on fig.…”

Section: Resultsmentioning

confidence: 99%

“…The dependence of the resistance of active medium from time is taken by the next way [1,2]. 1. Usually during realization of the simple engineering approach to simulation of excitation system, dependence of the active medium resistance from time has been taken in the next form R(t) = RI + (R -RI).…”

Section: Resultsmentioning

confidence: 99%

Modeling of XeCl-laser excitation systems on storage capacitors

Ануфрик

Volodenkov

Znosko

Proceedings of LFNM 2005. 7th International Conference on Laser and Fiber-Optical Networks Modeling, 2005.

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With the purpose of reception of energy of generation 0,2-1 J, two types of electrodischarge XeCllaser excitation system with was created. The modeling procedure of XeCI-laser excitation systems is developed, allowing to calculate the form of a voltage pulse on laser electrodes and energy input in the active medium. The dependence of discharge gap resistance on time is usually simulated by exponential empirical dependence. In this case the breakdown voltage of inter-electrode gap must be taken from experimental data also. For each gas mixture, parameters of time dependence of discharge gap resistance and value of inter-electrode breakdown voltage have different values. Consequently, the results, which are obtained in this manner, have practical significance for definite gas ratio of mixture. We have developed the simple model, which takes into account the dependence of discharge gap parameters from gas pressure and composition. The solution of Boltzmann equation for electrons in electrical field (E/N) and calculation of kinetic processes may be carried out. In this case the effective rate of electrons formation may be approximated as function of gas composition and (E/N). Results ofone model are compared to results of other model and experimental data.

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Simulation of systems of XeCl-laser excitation of different types

Cited by 2 publications

References 0 publications

<title>Modelling of electro-discharge XeCl laser excitation systems</title>

<title>Modelling of electro-discharge XeCl laser excitation systems</title>

Modeling of XeCl-laser excitation systems on storage capacitors

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