1.
Technologies of EOR in late stage of high water cut in Wenzhong oilfield.
文中油田高含水后期提高采收率技术
2.
A STUDY OF HIGH EFFECTIVE ADJUSTMENT WELLS AT LATERPERIOD OF HIGH WATER CUT STAGE IN DAQING OIL FIELD
大庆油田高含水后期高效调整井研究
3.
EOR measures in late high water cut stage for heavy oil reservoir of block Shan2
单2块稠油油藏高含水后期提高采收率对策
4.
High Contains Water the Later Period to Pick the Fluid Demulsifiers and to Add the Medicine Craft Engineering Research;
高含水后期采出液破乳剂及加药工艺技术研究
5.
Multidisciplinary Development Study on Lamadian Oilfield during High Water Cut Period;
喇嘛甸油田高含水后期多学科油藏开发研究
6.
Predicting Development Index of Daqing Mid-Sa Oilfield at Later High Water Stage;
大庆萨中高含水后期长远开发指标预测方法
7.
Method of Evaluating and Predicting Remaining Oil in Late Water Cut Stage;
高含水后期剩余油评价和预测方法研究
8.
The Overall Adjustment Technology Study of of Sazhong Oil Field for High Water Cut;
萨中油田高含水后期开发趋势及调整技术研究
9.
In the late high water cut stage of complex fault block reservoir, the attic oil at the high point of the structure is difficult to be developed economically and effectively.
复杂断块油藏进入高含水后期,位于构造高部位的“阁楼油”难以经济而有效地开发。
10.
On Prediction Method for Water Content Ratio of Thick Oil Formation in Extra-high Water Cut Period
特高含水期厚油层含水预测方法研究
11.
Technique of Tapping the Potential of Remaining Oil at the Late Stage of High Water-cut Development in Ⅷ Ⅸ Oil Formation of Shuanghe Oilfield
双河油田ⅧⅨ油组高含水开发后期剩余油综合挖潜技术
12.
Method and effect of injection and production adjustment at the later stage of extremely high water cut recovery forⅥproducing section in Shuanghe oilfieldv
双河油田Ⅵ油组特高含水开发后期注采调整的做法及效果
13.
The influence of prognosis of different serum HS-CRP level on patients with acute cerebral infarction early
早期血清中高敏C-反应蛋白含量水平对急性脑梗死预后的影响
14.
Evaluating Effect of Flooding in High Water-cut Stage in Shanshan Oilfield
鄯善油田高含水期水驱开发效果评价
15.
FLAGSHIP APPLICATION IN HIGH WATER CUT HORIZONTAL WELL
Flagship在中高含水期水平井中的应用研究
16.
Study on the Strategic Cost Control for Oil Picking Factory in Ultra-High Water Cut Stage;
特高含水期采油厂战略成本控制研究
17.
The Study of Development Technology on Naturally Fractured Reservoir in High Watercut-H_2 Formation of Huoshaoshan Oilfield as Example;
裂缝性油藏中高含水期开发技术研究
18.
Remaining Oil Distribution and Its Potential Tapping Technique in High Water-cut Stage
高含水期剩余油分布及挖潜技术研究