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Marine Time Domain CSEM - The First Two Years of Experience

机译:海洋时域CSEM - 经验的前两年

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The CSEM method can measure and understand the fluid content and its changes in a pore space. The method is based on detecting the resistivity contrast of the resistive reservoir fluid to its conductive surrounding media. Recent advances in electronics now make it possible to reliably collect marine time domain electromagnetic data, or tCSEM .As the tCSEM method records only the Earth s response and is collected in a style similar to seismic, it can be robustly integrated with seismic data. By recording in the absence of the active source, the airwave phenomena also can potentially be isolated from the subsurface response in shallow water. Commercially available nodal systems have successfully collected marine tCSEM data and examples are discussed. New cable based systems are under development which contain densely spaced sensors for recording both the electric and magnetic fields. Combining cable and nodal systems will provide for more robust integration with seismic and borehole measurements.
机译:CSEM方法可以测量和理解孔隙空间的流体含量及其变化。该方法基于检测电阻储存器流体与其导电周围介质的电阻率对比度。电子设备的最新进步现在可以可靠地收集海洋时域电磁数据或TCSEM方法,TCSEM方法只记录地球响应并以类似于地震的风格收集,它可以鲁棒地与地震数据集成。通过在不存在活动源的情况下记录,空洞现象也可以从浅水中的地下响应中分离出来。市售的节点系统已成功收集海洋TCSEM数据,并讨论了示例。新的基于电缆的系统正在开发中,该系统包含密集间隔的传感器,用于记录电场和磁场。结合电缆和节点系统将提供与地震和钻孔测量更强大的集成。

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