在两种井网模式下模拟了边水侵入后前缘突进规律。
The invading rule of edge water front was simulated by using two well networks.
在钻井完井及开发过程中，工作液及边底水侵入致密砂岩气藏会导致严重的储层损害。
It will cause serious formation damage while water intrude into the gas reservoir during drilling, completion and development.
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。
Through dynamic monitoring the reservoir status is determined, which is providing scientific basis for the rational design, steam injection, extraction and soaking parameters.
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