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本文通过对不同静校正方法进行了探讨,着重分析了相对延迟时折射静校正与层析折射静校正的差异,分析对比复杂地表条件地区的资料采用不同的静校正方法进行处理所得剖面,表明不同的静校正方法对不同的地表条件的适用性各有千秋,说明在复杂地表条件下采用单一的静校正方法并不能很好的解决其静校正问题,通过尝试表明采用多种方法联合求解效果较好,这就为解决复杂地表条件下的静校正提供了新的思路。
In this paper, different static correction methods are discussed, focusing on analysis of the relative delay of refraction static correction and tomographic refraction static correction of differences in the analysis of complex surface conditions of the data using different static correction method for processing the resulting profile, indicating that different The static correction method has its advantages and disadvantages for different surface conditions, which shows that using a single static correction method under complex surface conditions can not solve the problem of static correction. Through experiments, it shows that the combination of multiple methods is better, This provides a new idea for solving the static correction under complex surface conditions.