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2 Journal of Technical Physics

2 1998

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XeCl excimer laser with three- and four-component mixture of active gases

Iwanejko L., Pokora L.

Journal of Technical Physics

1998

Vol. 39, no 2

189-197

Selected results of investigations of a XeCl excimer laser employing a new type (four-component) of mixture of gases, He-Kr:He-HCl, are presented. The mixture includes, instead of Xe, a mixture of not-separated Kr and Xe gases, much less expensive than pure xenon. A comparison of durations and energies of pulsess generated in the XeCl excimer laser using three- or four-component gaseous active medium (He-He-HCl or He-Kr:He-HCl) is made. The investigations have been carried out with the use of a laser system with UV preionization and self-sustained pumping discharge.

Influence of selected parameters of XeCl excimer laser system on characteristic of radiation pulses

Pokora L., Iwanejko L.

Journal of Technical Physics

1998

Vol. 39, no 1

77-89

We present the depedences of energy and duration of radiation pulses as well as efficiency of XeCl laser on selected parameters of the laser system such as: C2 capacitance, the separating inductance, L[s], the distance between electrodes in laser's chamber, d[k], and also the supply voltage, U[o], composition, and pressure of the active-medium mixture of gases. Results of numerical computations relate to a three-component mixture of gases, He-Xe-HCl, of the active medium of the excimer laser.