1.
THE CONFIRMATION FOR FORMATION VALIDITY OF JURASSIC SYSTEM RESERVOIR IN NIUJUAHHU OILFIELD
牛圈湖油田侏罗系储层有效储层确定
2.
Controls on the Complicated Reservoirs and Prediction of Effective Sandstone Distributionin Sulige Gasfield;
苏里格气田复杂储层控制因素和有效储层预测
3.
Methods on determing the physical property cut-off of effective reservoirs and their application
有效储层物性下限的确定方法及应用
4.
Evaluation of Deep Effective Reservoirs of Palaeogene in Dongying Depression;
东营凹陷古近系深部有效储层评价研究
5.
Effective Reservoir of Upper Triassic Xujiahe 2 Member in Hebaochang Area,Sichuan Basin
荷包场地区须家河组须二段有效储层研究
6.
According to the analysis of reasons to generate the effective reservoirs, the effective sand bodies most are independent or strip-apparent.
有效储层的成因分析认为,有效砂体以孤立状或条带状为主。
7.
In addition,? T2? distribution is used to determine the lower limit of effective porosity and estimate permeability in the reservoir.
此外,还利用T2分布研究有效储层孔隙度下限,并估算渗透率。
8.
Determination of physical property lower limit of deep clastic effective reservoirs of Paleogene in Dongying depression
东营凹陷古近系深部碎屑岩有效储层物性下限的确定
9.
The Petrophysical Parameter Cutoff and Controlling Factors of the Effective Reservoir of Beach and Bar Sandbodies of the Upper Part of the Fourth Member of the Shahejie Formation in West Part of Dongying Depression
东营凹陷西部沙四上亚段滩坝砂体有效储层的物性下限及控制因素
10.
Study on the Formation, Distribution and Effectiveness of Reservoir Fractures with Oil and Gas
油气储层裂缝形成、分布及有效性研究
11.
RESERVOIR EFFECTIVENESS EVALUATION FOR T_1j_2 STRATA IN MOXI AREA
磨溪地区嘉二段储层有效性评价方法
12.
On Interpreting Effective Thickness of Thin-interbed Sandstone Reservoirs in Area Mian120
面120区薄互层砂岩储层有效厚度解释研究
13.
The Technical Research of Water Sensitivity Layer Which Be Exploited Availably in Suderte Oil Field;
苏德尔特油田强水敏储层有效开发技术研究
14.
THE EXPERIMENTAL MECHANISM OF MUD EFFECT ON EFFECTIVE THICKNESS DIVISION OF RESERVOIRS
泥浆对储层有效厚度划分影响的实验机理研究
15.
Two effective attributes for limestone reservoir prediction in Guojuzi sag
预测郭局子洼陷灰岩储层的两种有效地震属性
16.
Finally it concludes that the best guarantee for high production of gas well is preventing reservoir pollution, effective innovation and reasonable use of formation energy.
因此，防止储层污染、对储层进行有效改造、合理利用地层能量是获得气井高产的重要保障。
17.
commercial trap
有商业价值的储层圈闭
18.
Conclusion Magnetic resonance-mud logging (MR-ML) is an effective technology to quickly evaluate reservoir.
结论磁共振录井技术是一项十分有效的储层快速评价技术。