1.
Recognition and design on the identification methods of high capacity channel of reservoirs.
对储层大孔道识别方法的再认识与构想
2.
Big Porous Reservoir Evaluation Using C/O Spectra Log Data
应用碳氧比能谱测井资料评价储层大孔道
3.
Method for simulating formation of water channel in unconsolidated sandstone reservoir during water-flooding
注水开发过程中疏松砂岩储层大孔道形成的模拟方法
4.
Method for the Classification of Porous Media of Daqing's Peripheral Low Permeability Reservoirs and Application
大庆外围低渗透储层多孔介质分类方法及应用
5.
Manufacturing and application of profile control agent for stratum of high permeability and large pore passage
高渗透、大孔道地层调剖剂研制与应用
6.
A Model of Acting Energy of Drag Reducing Nanoparticles in Reservoir Microchannels
减阻功能纳米材料在石油储层孔道中的微观受力作用模型
7.
The distribution of reservoir pore throat size is important for reservoir evaluation.
储层孔喉分布是储层评价的重要研究内容。
8.
Internal Configuration of Channel Sand Body of Reservoir in Dagang Oilfield
大港油田储集层河道砂体内部构型研究
9.
The Research of Big Pore Throat Identify and Water Flooding In-depth Profile Control Technology in Thick Oil Layer
厚油层大孔道识别及水驱深度调剖技术研究
10.
Identification of "Big Channel" in Reservoir by Pressure Drawdown Test Data Analysis
利用压力降落测试资料识别油层“大孔道”
11.
CHEMICAL DIAGENESIS INFLUENCE ON THE PORE TEXTURE OF SANDSTONE RESERVOIR OF PI OIL BEARING GROUP, EAST OF FAULT NORTH OF DAQING PLACANTICLINE
大庆长垣北-断东葡Ⅰ油层组化学成岩作用对砂岩储层孔隙结构的影响
12.
The sandstone reservoir of this area is characterized by medium porosity andlow permeability.
本区砂岩储集层具有中孔低渗特点。
13.
Characteristics of Pyrolith Reservoir of Kongdian Formation in Gaoqing Oilfield;
高青油田孔店组火成岩储层特征研究
14.
Study on porosity log interpretation methods of gas reservoir;
天然气储层孔隙度测井解释方法研究
15.
Characteristics of micro-pore throat in ultra-low permeability sandstone reservoir
特低渗透砂岩油藏储层微观孔喉特征
16.
Micropores from devitrification in volcanic rocks and their contribution to reservoirs
火山岩中脱玻化孔及其对储层的贡献
17.
Strike the Reservoir Porosity Using the Casting Sheet Image
铸体薄片图像分析法求取储层孔隙度
18.
Predrilling reservoir quality prediction includes porosity prediction and permeability prediction.
储层质量钻前预测包括储层孔隙度预测和渗透率预测。