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裂缝各向异性对纵波叠加地震资料的影响
引用本文:范国章,牟永光.裂缝各向异性对纵波叠加地震资料的影响[J].石油地球物理勘探,2002,37(1):69-70.
作者姓名:范国章  牟永光
作者单位:石油大学盆地与油藏研究中心 北京 (范国章),石油大学盆地与油藏研究中心 北京(牟永光)
摘    要:裂缝分布模式的差别导致了介质速度属性的不同,带来了共中心点道集的动校正剩余时差,进而影响了共中心点道集的叠加效果,增加了资料处理和解释的复杂性。而这些复杂性包含了裂发布特征的信息,通过不 同的处理方式提取和解释这些复杂性包含的信息,使得利用纵波地震资料寻找有利裂缝发育带成为可能。

关 键 词:裂缝  各向异性  纵波叠加  地震反射  地震资料处理  裂缝性油气藏

Effects of fracture anisotropy on seismic P-wave stack data.
Research Center of Basin and Reservoir,Petroleum University,Beijing City,China Fan Guozhang and Mou Yongguang..Effects of fracture anisotropy on seismic P-wave stack data.[J].Oil Geophysical Prospecting,2002,37(1):69-70.
Authors:Research Center of Basin and Reservoir  Petroleum University  Beijing City    China Fan Guozhang and Mou Yongguang
Affiliation:Research Center of Basin and Reservoir,Petroleum University,Beijing City,102249,China Fan Guozhang and Mou Yongguang.
Abstract:Difference of fracture-distributed pattern leads to variation in velocity distribution of medium,which brings about residual NMO on CMP gather,so that changes stack section of CMP gathers and increases complexity of data procession and interpretation.These complexities also include distribution character of fracture.It is possible to look for the favorable fracture development by using seismic P-wave data and through different processing to extract and interpret these complexities.
Keywords:fracture  anisotropy  compressional wave  stack  seismic reflection
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