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    • 8. 发明公开
    • SYSTEMS AND METHODS FOR PROCESSING GEOPHYSICAL DATA
    • 日本VERFAHREN ZUR VERARBEITUNG VON GEOPHYSIKALISCHEN日期
    • EP2601545A1
    • 2013-06-12
    • EP11741272.6
    • 2011-07-20
    • Arkex Limited
    • DYER, Neil JamesCOSTA E SILVA, Mercia Betania
    • G01V11/00
    • G06T11/00G01V11/00G01V2210/6165
    • A method of processing geophysical data from a survey of a surveyed region of the earth to provide a representation of the underlying geology of said surveyed region, the method comprising inputting 2-D seismic data for said surveyed region, generating a first representation depicting a plurality of reflection interfaces of said underlying geology of said surveyed region using said input seismic data, inputting potential field data for said surveyed region, generating a second representation depicting a plurality of density interfaces of said underlying geology of said surveyed region using said input potential field data; combining said representation of said plurality of density interfaces with said representation of said plurality of reflection interfaces to reposition at least one of said plurality of reflection interfaces and generating a final representation depicting said underlying geology of said surveyed region using said combined first and second representations.
    • 一种处理来自地球测量区域的调查的地球物理数据以提供所述被测区域的基础地质学的表示的方法,所述方法包括输入所述被测区域的二维地震数据,产生描绘多个 使用所述输入的地震数据输入所述被测区域的所述基础地质学的反射界面,输入所述被测区域的潜在场数据,使用所述输入电位场数据产生描绘所述被测区域的所述下层地质的多个密度界面的第二表示 ; 将所述多个密度接口的所述表示与所述多个反射接口的所述表示组合以重新定位所述多个反射接口中的至少一个,并使用所述组合的第一和第二表示来生成描绘所述被测区域的所述下层地质的最终表示。
    • 10. 发明公开
    • GEOPHYSICAL DATA PROCESSING SYSTEMS
    • 地球物理数据处理系统
    • EP2183620A2
    • 2010-05-12
    • EP08776032.8
    • 2008-07-24
    • Arkex Limited
    • DAVIES, Mark
    • G01V7/00
    • G01V7/00G01V11/00
    • We describe a method of processing geophysical data including at least measured potential field data from a potential field survey of a surveyed region of the earth to provide a three-dimensional representation of the underlying geology of said surveyed region, the method comprising: inputting terrain-corrected potential field data for said surveyed region, said potential field data comprising data for a range of spatial wavelengths, geological features at different depths in said surveyed region being associated with different wavelengths in said range of wavelengths; filtering said potential field data by spatial wavelength to generate a first plurality of filtered sets of potential field data, each relating to a respective wavelength or range of wavelengths, each targeting geological features at a different respective said depth; processing each said filtered set of potential field data, to identify a set of spatial features comprising one or both of line spatial features and point spatial features in each said filtered set of potential field data, and to generate a set of plot data for each said filtered set of potential field data, a said set of plot data representing said identified set of spatial features for a said depth targeted by said filtering; and combining said sets of plot data to generate three-dimensional map data providing a three-dimensional representation of said underlying geology of said surveyed region.
    • 我们描述了一种处理地球物理数据的方法,该方法至少包括来自地球勘测区域的潜在现场勘测的测量的潜在磁场数据,以提供所述勘测区域的底层地质的三维表示,该方法包括:输入地形 - 所述勘测区域中的不同深度的地质特征与所述波长范围中的不同波长相关联,所述潜在野数据包括空间波长范围的数据;所述勘测区域中的不同深度处的地质特征与所述波长范围中的不同波长相关联; 通过空间波长对所述潜在场数据进行滤波以生成第一组多个滤波的潜在场数据集,每个滤波器组与相应的波长或波长范围有关,各自针对不同的相应所述深度处的地质特征; 处理每个所述过滤的一组潜在的场数据,以识别包括每个所述过滤的一组潜在的场数据中的线空间特征和点空间特征中的一者或两者的一组空间特征,并且为每个所述 经滤波的一组潜在的场数据,所述一组绘图数据代表针对由所述滤波所针对的所述深度的所述所识别的一组空间特征; 以及组合所述绘图数据组以产生提供所述勘测区域的所述基础地质的三维表示的三维地图数据。