介绍了基于“迁移-合并”机理的氮泡生长理论模型与蒙特卡罗模拟方法,还研制了以上述算法为正算方式,对实验数据进行反演的迭代方法.最后应用这些方法对钯中氦泡生长实验数据进行了反演模拟计算,得到了氨泡半径与迁移速率的关系,并对计算结果作了分析.
Using Monte Carlo method, the helium bubble growth model based on the "migration-coalescence" mechanism is studied in this paper. Based on the simulation, an inversion method of analyzing the experimental data is developed and finally applied to palladium.