岩石物理测量是油藏水驱开采时移地震监测的基础。
Petrophysical measurements are the basis of time-lapse seismic monitoring of reservoir waterflood recovery.
对水驱开发油藏论述了天然驱动能量的分级方法与天然水驱开采效果的评价方法。
For flooding development reservoir, addressed the classing method for natural driving energy and the evaluating method for natural water drive development effect.
如何经济有效地开采水驱开发后残留在地层中的60 ~ 70%的剩余油，已成为世界各国油藏工程专家努力攻关的课题。
How to exploit the residual oil in the stratum efficiently after water flooding, which accounts for 60 ~ 70% reserves in place, is a main task of petroleum engineering experts the entire world.
油藏水驱开发潜力是分析评价油藏开发开采水平的重要参数。
The oil recovery under water drive is an important factor for the evaluation of water displacement efficiency of a reservoir.
对任11裂缝性底水油藏注气提高采收率的可行性进行了研究，评价了注气地质特征和水驱开采特征。
The feasibility of enhanced oil recovery (EOR) of Ren 11 fractured bottom water reservoir by gas injection was studied.
普通稠油注水开发油藏由于油水黏度比大，面临进入高含水中后期水驱开采效果越来越差的普遍矛盾。
For the high oil-water viscosity ratio of common heavy oil reservoir, the development effect becomes worse and worse with the reservoir coming into the high water production phase.
普通稠油注水开发油藏由于油水黏度比大，面临进入高含水中后期水驱开采效果越来越差的普遍矛盾。
For the high oil-water viscosity ratio of common heavy oil reservoir, the development effect becomes worse and worse with the reservoir coming into the high water production phase.
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