进行了单段钕玻璃激光放大器(SSA)的计算模拟。该计算软件引入时间因子,可优化设计放电网络参数,能根据电容器储能直接计算出储能效率和储能密度等重要激光参数,用LLNL的实验结果作了校核,并有较强的预测能力。

A computational simulation of the single-segment Nd:glass amplifier(SSA) has been made. By introducing the temporal factor, in our numerical codes the parameters of the discharge net can be optimized, and some important laser parameters, such as the storage efficiency and stored energy etc., can be calculated out from the given stored energy of electric capacitors. The codes have been checked up in the use of the experimental data at LLNL, showing the ability of predicted performance.