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常规回剥反演方法仅能面对简单情况，对于地层多次隆升剥蚀和多时代连续剥蚀的复杂情况，计算起来十分麻烦，既难以按统一的方式进行处理，也难以实现回剥反演的自动化．提出了一种更适用的回剥反演法———最大深度法，其主要思路是始终寻找从古至今各时间柱中埋深最大的一柱进行回剥反演．该算法逻辑简单明了，回剥反演过程简单，能自动实现，并可方便地推广到三维空间，实现三维构造史模拟．通过某地区实际资料处理，表明该方法正确可靠．
The conventional back-stripping inversion method can only deal with the simple situation, and it is very troublesome to calculate the complex uplifting and erosion of the strata and the continuous erosion of multiple ages, which is difficult to be processed in a uniform way and back-stripping inversion Automation. A more suitable backslash inversion method --- maximum depth method is proposed. The main idea of this method is to always search for the back-stripping inversion of a column which has the largest depth from the ancient time to the present. The logic of the algorithm is simple and straightforward, and the back-stripping inversion process is simple and can be realized automatically. It can be easily extended to the three-dimensional space to realize the 3D structure history simulation. The actual data processing in a certain area shows that the method is correct and reliable.