歧口凹陷凹槽区利用地震地层学解释技术研究砂体分布。
The distribution of sands in the trough zone of the depression is studied by using seismic stratigraphic interpretation method.
研究露头和地震测线把这些概念贯穿在一起。它们起初称为“地震地层学”，首次广泛发表于1977年。
Studies of outcrops and seismic lines bore out these concepts, which initially were called "seismic Stratigraphy" and first published widely in 1977.
通常，只有在地震资料与钻井资料相结合的地方，地层学的意义才是明显的。
Stratigraphic significance commonly is apparent only where seismic data are tied with well data.
在地震资料中，上超是一种特殊式样的反射，依照层序地层学的原理，它出现在海侵作用期间。
Onlap is a particular pattern of reflections in seismic data that, according to principles of sequence stratigraphy, occurs during periods of transgression.
综合钻井、测井和地震资料，用层序地层学方法进行沉积相研究是油气勘探的基础。
Sedimentary facies study integrating drilling, log and seismic data and using sequence stratigraphy is a base of petroleum exploration.
应用层序地层学和地震岩性反演相结合的方法对东濮凹陷胡状集地区有利的储层发育区进行了预测。
Sequence stratigraphy and seismic lithologic inversion were used to predict favourable reservoir developed area in Huzhuangji Region, Dongpu Depression.
应用三维地震、钻井和测井等资料，对岐北凹陷进行层序地层学研究。
The study of sequence stratigraphy is carried out in central Huanghua Depression using 3D seismic data, drilling, and well logging data.
实践表明，该领域勘探研究的核心技术是地震储集层预测与层序地层学。
It is practically proved that the key exploration technologies are reservoir prediction and sequence stratigraphy.
传统的层序地层学解释方法只是仅仅使用了常规的地震剖面和测井曲线。
Conventional sequence stratigraphy interpreting methods are only using convention seismic and well -logging data.
通常，只有在地震资料与钻井资料相结合的地方，地层学的意义才是明显的。
Seismic inversion is the essential first-step to ensure the proper integration of seismic data, well-logs, velocity and geological information.
通常，只有在地震资料与钻井资料相结合的地方，地层学的意义才是明显的。
Seismic inversion is the essential first-step to ensure the proper integration of seismic data, well-logs, velocity and geological information.
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