本文充分利用了地震、钻井、地质、磁力和重力资料，对该区的多层密度界面进行了综合解释。
The comprehensive interpretation of multiple density interfaces in this area was done by making full use of seismic, drilling, geological, magnetic and gravimetric data.
目前，应用重力资料研究逆冲推覆构造，多采用重力延拓法、重力模型正演法和重力、地震综合解释法。
In present gravity exploration of overthrust nappe, people usually use gravity continuation method, forward gravity modelling method and integrated gravity-seismic interpretation method.
比较海城地震区已知的其它地球物理资料后，给出了该地区地球物理资料的综合解释剖面。
Comparing with other known geophysical data of the Haicheng seismic area, we give a geophysical section of synthetic interpretation.
利用地震资料进行储层横向预测，是先将地震资料变成可与钻井、测井资料直接对比的形式，然后以岩层为单元进行综合解释。
Lateral reservoir prediction using seismic data needs to make seismic data direct correlative with drilling and logging data, then to comprehensively interpret rock formations.
利用地震资料进行储层横向预测，是先将地震资料变成可与钻井、测井资料直接对比的形式，然后以岩层为单元进行综合解释。
Lateral reservoir prediction using seismic data needs to make seismic data direct correlative with drilling and logging data, then to comprehensively interpret rock formations.
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