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根据细致组态方法，采用不分辨的跃迁矩阵模型（ＵＴＡ）在组态平均近似下可以容易地计算由高功率激光产生的局域热动平衡状态下的等离子体的不透明度。采用量子亏损理论计算在激光产生的中－Ｚ和高－Ｚ元素的等离子体中的高主量子数组态的ＵＴＡ参数，可节省了大量的计算时间，采用全相对论处理的方法可以快速地计算任何高Ｚ元素等离子体的不透明度。还可以很方便地确定最重要组态以及细致地分析跃迁矩阵。
According to the meticulous configuration method, the opacity of the plasma under local thermal equilibrium caused by the high-power laser can be easily calculated with the configurational average approximation using the UTA (Unmodelled Transition Matrix Model). Using the quantum loss theory to calculate the UTA parameters of the high main quantum state in the plasma of the medium-Z and high-Z elements produced by the laser, a large amount of computation time can be saved, and the method of total relativity can be quickly used to calculate Opacity of any high-Z elemental plasma. You can also easily identify the most important configurations and analyze the transition matrix in detail.