A series of favorable traps is found through fine structural interpretation by newly acquired seismic data, and exploratory Wells have...
利用新采集的地震资料进行构造精细解释，发现一系列有利圈闭，并进行了探井部署，取得了较好的勘探效果。
In the 3d working area of Weixing-Shengping, we use different interpretation techniques and tools for Denglouku reservoir to do fine structural interpretation.
在卫星-升平地区三维工区范围内，利用不同的解释技术和手段，针对登娄库组各段进行了精细构造解释。
A series of favorable traps is found through fine structural interpretation by newly acquired seismic data, and exploratory Wells have been located with satisfactory results.
利用新采集的地震资料进行构造精细解释，发现一系列有利圈闭，并进行了探井部署，取得了较好的勘探效果。
Interpreted cases showed the goal of fine structural interpretation can be achieved only by fully using abundant drilling information and making it maximum combination with seismic data.
解释实例表明，只有充分利用大量的钻井信息，并使其与地震资料最大限度地结合、互补，才能达到精细构造解释的目的。
The good response relationship between time-frequency spectrum and geologic structural feature provides straightforward foundation for seismic-geologic fine interpretation.
时频谱与地质结构特征之间的良好响应关系为地震地质精细解释提供了直观的依据。
The good response relationship between time-frequency spectrum and geologic structural feature provides straightforward foundation for seismic-geologic fine interpretation.
时频谱与地质结构特征之间的良好响应关系为地震地质精细解释提供了直观的依据。
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