In view of more complexity in 3-D, 3-C seismic field operation and high cost of acquisition, the optimum analysis of seismic field acquisitiongeometry is more important.
鉴于三维三分量的野外作业更加复杂，采集成本更高，因此野外采集地震观测系统的优化分析更为重要。
2
Numerical tests using the SEG-EAGE salt model suggest that this method is useful for confirming the special seismic acquisitiongeometry layout for target-oriented imaging.
利用SEG - EAGE盐丘模型数值试算结果表明，该方法用于设计面向目标成像的特定地震采集系统。
3
Based on the system main program designed with VB language, the functions such as the welds geometryacquisition, the process of the image and the curve plotting of the welds profile can realized.