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针对反应堆抽运激光(RPL),介绍了一类具有多折光路、与反应堆有较高耦合效率的谐振腔。在俘获放能介质于腔内均匀分布的情况下,给出了激光器的匹配设计要素和裂变反应能在腔内的沉积,提供了该腔型耦合优化的模拟方法,为较大规模的RPL实验提供了理论依据。
Aiming at the reactor pumping laser (RPL), a class of resonant cavity with multi-refracting path and high coupling efficiency with the reactor is introduced. In the case that the trapped energy-dissipating medium is uniformly distributed in the cavity, the matching design elements of the laser and the deposition of the fission reaction in the cavity are given, and the simulation method of the cavity-type coupling optimization is provided. For a larger scale RPL experiment Provided a theoretical basis.