该项技术在全三维地震解释中起着重要的作用，应用效果明显。
It has played an important role in full 3d seismic interpretation and has been applied effectively.
三维地震解释和构造编图揭示了构造样式、断裂特征及平面分布。
The structural styles, fault characteristics and their spatial distribution have been revealed through 3d seismic interpretation and structural mapping.
应用IESX三维地震解释软件及水平井地质设计软件，完成水平井设计任务。
Using IESX software on seismic interpretation and software on horizontal well design, author has exactly finished the task of horizontal well design.
常规的煤田三维地震解释以时间域运动学信息为主，适用于地质条件不太复杂的情况。
General 3d coalfield seismic interpretation commonly USES kinematics information in time domain, and it is not suitable for complex geology condition.
地震层曲率是根据三维地震解释层位计算得到的曲率，反映解释层位上任一点的弯曲程度。
Seismic horizon curvature is calculated from 3d seismic interpretation horizon and reflects the curving degree to the given horizon at a point.
根据最新的三维地震解释成果和钻探资料，分析了松辽盆地南部长岭凹陷腰英台区块断裂构造特征。
On according the newest three earthquake preserve explaining fruit and drilling data of South Songliao basin in Yaoyingtai Changling sag area, analysis the rupture structure character.
本区已经进入开发期，通过精细的三维地震解释，重新确定了本区的构造情况，并确定了几个有利断层圈闭。
The area already entered the development time, through the subtle 3-d seismic interpretation, Redetermined the structure situation of the area, and has determined several favorable fault closure.
该算法在三维地震资料相干切片断层解释中得到应用，并取得了令人满意的效果。
The algorithm performs well in fault interpretation of the coherence slice of the 3D seismic data.
将该技术与地震体、三维可视化联合应用，提高了断层解释精度，实际应用效果明显。
Associating this technology with seismic cube and 3d visualization has enhanced the accuracy of fault interpretation, and its actual result is very distinct.
运用三维地震资料、精细地震解释，结合钻井资料进行构造研究，分析描述该区的构造特性、断裂特征。
Applying three-dimensional seismic data and seismic explanation, on the basis of drilling data, we analyze and describe the structural feature and fracture feature.
同时还总结出了虚拟现实系统三维地震数据解释的流程。
Meanwhile, the paper also summarized the flow of 3-d seismic data interpretation by virtual reality system.
传统的地震数据解释方法是利用地震剖面与水平切片的二维图象显示三维数据，它具有很大的局限性。
There exists great limitation on traditional seismic data interpretation method, which shows seismic data sets by displaying the planar image of seismic section and horizontal slice.
相干体技术用于检测地震波同相轴的不连续性，可以用来识别断层、特殊岩性体、河道等，为三维地震资料解释提供了技术手段。
The coherent cube technique is applied to detecting the discontinuity of seismic wave events, which can identify faults, special lithology and channels, so that has provided technology and method.
文章阐述了以小层精细标定、相干数据体、三维可视化等地震解释新技术为技术保证，地质、测井、地震综合解释为技术路线的构造研究方法及其应用。
A method for research of structure with a new seismic interpretation involving fine subzone calibration, coherent data volume and visualization as a technical guarantee and.
利用测井资料合成地震记录对三维地震剖面进行标定，以此为基础对唐庄地区沙河街组构造进行精细解释。
Fine structure interpretation has been conducted for the Shahejie formation in Tangzhuang area by demarcation on 3d seismic profile using synthetic seismogram made from logging data.
通过对实际三维地震资料的处理，结合已知地质资料，证明C1相干技术在三维地震资料的断层解释方面有着明显的效果。
The results of 3D seismic data processing, compared with known geologic data, showing that the C1 coherence algorithm is very effective for fault interpretation.
本文以大量实例介绍了我国江汉GN地区三维地震切片的水平切片显示技术及解释方法。
The display and interpretation Of 3-D time-slice sections in GN prospect in Jianghan plain are illustrated sufficiently in the paper.
本文以大量实例介绍了我国江汉GN地区三维地震切片的水平切片显示技术及解释方法。
The display and interpretation Of 3-D time-slice sections in GN prospect in Jianghan plain are illustrated sufficiently in the paper.
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