Interwell testing by electric potential is a new, effective reservoir dynamic monitoring technique. It can accurately test the advancing direction and swept region of injected media (steam or water).
电位法井间测试是一种新型、有效的应用于油藏动态监测的技术之一,它能够准确地测定注入介质(蒸汽或水)的推进方位及波及范围。
This paper briefly introduces the application of 3s (GIS, RS and GPS) technologies in the dynamic monitoring of soil erosion in the source area of the Danjiangkon reservoir.
主要介绍了3s技术在丹江口水库水源区水土流失动态监测项目中的应用。
The process and method on dynamic monitoring of water and soil loss for the Threee Gorges reservoir area using RS and GIS are introduced.
介绍了利用遥感和地理信息系统栅格技术进行三峡库区水土流失动态监测的过程和方法。
Through dynamic monitoring the reservoir status is determined, which is providing scientific basis for the rational design, steam injection, extraction and soaking parameters.
通过动态监测确定了解油藏状况,为合理设计注汽、开采和焖井参数提供科学依据。监测井间汽窜和水侵等井况的发生。
Through dynamic monitoring the reservoir status is determined, which is providing scientific basis for the rational design, steam injection, extraction and soaking parameters.
通过动态监测确定了解油藏状况,为合理设计注汽、开采和焖井参数提供科学依据。监测井间汽窜和水侵等井况的发生。
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