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The Research on Anisotropic Parameter Estimation for Vertical Transerse Isotropy: Based on 3D VSP, Walkaway VSP and Full Azimuth Seismic Data

机译:基于3D VSP,Walkaway VSP和全方位角地震数据的各向异性各向异性分子参数估计研究

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Based on three kinds of data, such as 3D Vertical Seismic Profile (VSP), multiple directional Walkaway VSP and full azimuth seismic data, the Vertical Transverse Isotropy (VTI) characteristics of plutonic igneous rock are studied, and an approach to calculate anisotropic parameter is presented. It is concluded that the target zone has apparent VTI characteristics. And then Addition of VTI anisotropic parameter can reduce the difference between forward move out and first break observation of reflection. It is also clearly that the anisotropic parameter estimated from multiple directional Walkaway VSP data is consistent with that from 3D VSP data.
机译:基于三种数据,如3D垂直地震型材(VSP),多个定向散游VSP和全方位角地震数据,研究了钚火岩的垂直横向各向同性(VTI)特性,并且计算了各向异性参数的方法是提出了。结论是目标区具有明显的VTI特征。然后添加VTI各向异性参数可以降低前向移动和第一断裂反射观察之间的差异。还显然,从多个方向走向VSP数据估计的各向异性参数与来自3D VSP数据的一致性相一致。

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