1.
Finite-element Simulation Analysis of Re-fracture Reorientation Based on ANSYS
重复压裂裂缝转向的ANSYS有限元模拟
2.
Relationship between production and initiation location of new fractures in re-fractured well
重复压裂新缝起裂位置与油井产量的关系
3.
Refracturing pilot tracey with relative permeability modifier in Ansai Oilfield
安塞油田改变相渗压裂液重复压裂现场先导试验
4.
THE RESEARCH AND APPLICATION OF REFRACTURING IN INTERMEDIATE AND HIGH
阿南油田中高含水期重复压裂的研究与应用
5.
RESEARCH ON REFRACTURING TECHNIQUE IN LOW- PERMEABILITY GAS WELLS AND ITS APPLICATION
低渗透气井重复压裂工艺技术研究与应用
6.
Refracturing technology for low permeability sandstone reservoir in Erlian Oil-field
二连油田低渗透砂岩油藏重复压裂技术
7.
Application of Re-fracturing Technology in Low-permeability Oilfield of Jianghan
重复压裂技术在江汉低渗透油田的应用
8.
A Study on the Model for Several Stresses on Refracture of Reservoir
重复压裂前储层几种应力场计算模型研究
9.
Study on the Model of Stress under Refracture Around the Well of Sandstone Reservoir
砂岩储层重复压裂前井眼围岩地应力模型研究
10.
Application of Technique of Big Replicate Sandfrac in Tight Reservoir with Low Pressure in Well Qiudong22
低压致密气藏大型加砂重复压裂技术在丘东22井的应用
11.
ANALYSIS OF MECHANISM AND EFFECT REFRAC-TURING LOW - PERMEABLE OIL RESERVOIR IN CHANG -6 FORMATION IN ANSAI OILFIELD
安塞油田长6低渗透油藏重复压裂机理与效果分析
12.
The refracturing plays a very important role in increasing oil well production, stabilizing oil field productivity and improving the economic benefit of low permeability reservoirs.
重复压裂工艺技术是低渗透油田增加单井产量、保油田稳产、高经济效益的关键手段。
13.
Pressure dynamic model of vertical fracture well in dual-porosity composite reservoir
双重介质复合油藏垂直裂缝井压力动态模型
14.
Experimental Study on Effect of Microchannel Posterior Approach Decompression and Internal Fixation Treatment Serious Thoracolumbar Burst Fructure
微通道直接复位减压治疗严重胸腰椎爆裂骨折的实验研究
15.
Dynamic Analysis on Pressure in Reservoirs with Multi-fractures and Dual Media
具有多条压裂裂缝双重介质油藏压力动态分析
16.
Fragmentation Rebuild on Piston Rod of B690-1 Type Hydraulic Shaping Machine;
B690-1液压牛头刨床活塞杆断裂的修复
17.
Effect of the Water Pressure Inside the Crack on the Fracture Behavior of Concrete Gravity Dam;
裂纹内水压对重力坝断裂特性影响的研究
18.
Effect of in-crack water pressure distribution on the fracture behavior of concrete gravity dams
裂纹内水压分布对重力坝断裂特性的影响