Kinetics and Saturation Properties of Excimer Lasers in the High-Current-Density, High-Pressure Regimes

稀有气体卤素高压放电动力学的理论和实验研究是设计未来紧凑型准分子激光器的重要数据基础。在开发有效的计算机代码和研究控制等离子体行为和能量释放的关键物理过程方面取得了进展：光谱增益、XeCl发射、预电离动力学和激光性能。将研究电流密度增加的作用。

Theoretical and experimental investigation of the kinetics of rare gas halogens in high pressure electrical discharges are an important data base for the design of future compact excimer lasers. Progress has been made in developing effective computer codes and in investigating the key physical processes which govern plasma behavior and energy release: spectral gain, XeCl emission, preionization kinetics, and laser performance. The role of an increase in current density will be investigated.