INDUCTIVE DETECTION OF FRACTURES IN GEOTHERMALSYSTEMS - PETROPHYSICAL ASPECTS ANDGEOPHYSICAL IMPLICATIONS

机译：地热系统裂缝的感应检测-岩石物理方面和地球物理意义

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A reliable electromagnetic (EM) means ofdetecting and delineating geothermal fracturesystems would facilitate geothermal reservoirdevelopment. To this end, there have been rapidadvances in our geophysical capability to gatherextensive electromagnetic data sets and togenerate elaborate numerical simulationsmapping electrical conductivity distributions toelectromagnetic field responses. However, thenonuniqueness of electromagneticinterpretations requires that formalinterpretations of EM field data be conditionedby geological constraints. Indeed, the electricalconductivity expression of a fault is far fromintuitive and must be based on geologicalinvestigations.

机译：可靠的电磁（EM）手段探测和描述地热裂缝系统将促进地热储层发展。为此，已经有了快速发展收集地球物理能力的进步广泛的电磁数据集和生成详尽的数值模拟将电导率分布映射到电磁场响应。但是，那电磁的非唯一性解释要求形式 EM现场数据的解释要有条件受地质限制。的确，电气断层的电导率表达式远非如此直观且必须基于地质调查。

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《Twenty-fourth workshop on geothermal reservoir engineering》|1999年|1-8|共8页
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Alan C. Tripp; R. Bruhn; R.D. Jarrard; S. Brown;
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INDUCTIVE DETECTION OF FRACTURES IN GEOTHERMALSYSTEMS - PETROPHYSICAL ASPECTS ANDGEOPHYSICAL IMPLICATIONS

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