P - SV转换波静校正一直是转换波处理中的一个难题。
The static correction method of converted P-SV waves is always a problem in converted wave processing.
经过精细地处理，YC地区转换波成像质量得到了改善。
Imaging quality of the converted wave has been improved by precise data processing in YC area.
转换波速度分析在多波地震资料处理中占有重要地位。
Velocity analysis of converted wave is a very important step in multi-wave seismic data processing.
分析了采集和处理中转换波勘探的若干问题，提出了相应的解决方法。
This paper analyzes some problems in converted-wave seismic data acquisition and processing, corresponding strategies are given.
静校正在转换波资料处理中有很重要的作用。
Static correction is important for converted wave data processing.
理论模型和实际资料处理结果表明，该方法是一种较理想、实用的转换波DMO处理方法。
Theoretical models and real data processing results show that the method is satisfactory and practical for the DMO processing of P-SV wave.
在海上多波地震勘探中，P SV转换波静校正问题严重影响了转换波资料的处理质量。
The static correction problem of P-SV converted wave has seriously constrained processing quality of converted wave data during Marine multi_component seismic exploration.
将这一结果应用于P-SV转换波的速度分析和叠加处理中。
The result is applied to analysis of velocity and stacking of the P-SV converted-wave.
最后通过对模型数据和实际数据的处理，验证了方法对于处理转换波剩余静校正是有效果的。
Last through the model data and real data processing, validation of the methods in dealing with converted-wave residual static correction is effective.
处理中，针对该构造资料转换波静校正难度大、气云区转换波不易成像等难题，采取了相应的处理手段和措施。
To cope with the problems of statics and converted wave imaging over gas cloud area, several measures are adopted.
处理中，针对该构造资料转换波静校正难度大、气云区转换波不易成像等难题，采取了相应的处理手段和措施。
To cope with the problems of statics and converted wave imaging over gas cloud area, several measures are adopted.
应用推荐