实际资料应用表明，该方法能够有效检测微小裂隙、划定特殊地质体边界等。
The real data application indicates that this method can effectively detect micro fracture, delineate the boundary of the special geologic bodies and so on.
地质体边界数据是油藏数值动态模拟、盆地模拟、油气分布预测等应用的基础数据。
Geological objects boundary data is the base data for the animate simulating of oil pool numeric, basin simulate and oil gas distribution prediction etc.
并介绍了这些方法在确定地质体埋深、圈定其边界，以及分辨磁异常等方面的应用效果。
Effects of these methods in defining depths and boundaries of geology bodies and distinguishing magnetic anomalies are presented.
并介绍了这些方法在确定地质体埋深、圈定其边界，以及分辨磁异常等方面的应用效果。
Effects of these methods in defining depths and boundaries of geology bodies and distinguishing magnetic anomalies are presented.
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