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以往，在应用折射地震勘探技术时，对所获地震数据的解释，都是通过人工对比、人工读取数据解释成图。这种方法效率低、解释周期长、数据读取精度在很大程度上取决于解释员的经验水平。而基于传统相遇时距曲线法原理的微机折射地震数据自动解释及成象系统，系用C语言设计而成，成象精度高，运算速度快，易于掌握，特别适于现场实时处理。在神府煤田石圪台等煤矿采区勘探中应用，均获令人鼓舞的效果。
In the past, in the application of refraction seismic exploration technology, the interpretation of the acquired seismic data are manually compared to read the data to explain the map. This method is inefficient, has a long interpretation period, and the accuracy of data reading depends to a large extent on the level of experience of the interpreter. However, the automatic interpretation and imaging system of the computer-based refracted seismic data based on the traditional curve-by-curve method is designed by using C language. The imaging precision is high, the calculation speed is fast and easy to grasp, which is especially suitable for real-time processing in the field. In Shenfu coalfield Shitaitai and other coal mining exploration application, have been encouraging results.