1.
Experimental Study of Water Base Fracturing Fluid Prepared by Formation Water in Gas Field
用气田产出地层水配制水基压裂液的研究
2.
Effects of Water Base Hydrofracturing Fluids on Zeta Potential of Sandstone Reservoir Rock Core in Aqueous Media
水基压裂液对砂岩储层岩心zeta电位的影响
3.
Study on Kuli Gum Fracturing Fluid:Viscosity Properties of Aqueous Kuli Gum Solution
苦苈胶压裂液研究:水溶液黏度特性
4.
A Study on Influence of Different Fracture Fluid to Hydraulic Fracturing in Coal Reservoir
不同压裂液类型对煤岩水力压裂的影响研究
5.
Research on the Fracturing Fluid System Applied in the Strong Water Sensitive Reservoirs of Gars Oil Field;
尕斯油田强水敏地层压裂液体系研究
6.
Analysis on the Origin of Residue and Water Insoluble Substances for HPG Fracturing Fluid
HPG压裂液水不溶物和残渣来源分析
7.
gasoline-base napalm gel fracturing fluid
铅皂型胶状汽油基压裂液
8.
Therefore the study on fracturing fluid is the most important aspect of hydraulic fracturing.
因此，压裂液的研究是水力压裂领域的最主要方面。
9.
Meso-mechanical experimental study of meso-fraeturing process of limestone under coupled chemical corrosion and water pressure
化学溶液及其水压作用下单裂纹灰岩破裂的细观试验
10.
Well testing on fractured horizontal well with different dip angles
基于不同倾角的压裂水平井试井解释
11.
Design and Application of Craft of Preparing for GRJ-11 Fracturing Base Fluid;
GR-11改性胍胶压裂基液配制工艺的设计与应用
12.
NEW TYPES OF THICKENER USED UNDER THE CONDITION OF ACIDITY IN LOW TEMPERATURE,LOW PERMEABILITY GAS RESERVOIR
低温低渗气藏酸基新型压裂液增稠剂的研制
13.
Advance in Viscoelastic Surfactant-Based Fracturing Fluid
粘弹性表面活性剂基压裂液的研究与分析
14.
Research on Seawater Hydraulic Pump with High Pressure and Seawater Lubrication
基于海水润滑的中高压海水液压泵研究
15.
Research on the Key Technology of Underwater Hydraulic System Utilizing Seawater Pressure
基于海水压力的水下液压系统关键技术研究
16.
An experimental study on the behaviors of new surfactant fracture fluid and its application in water lock gas reservoirs
新型表活剂压裂液的实验特性及其在水锁气层中的应用
17.
SIMULATION EXPERIMENT AND STUDY OF MULTI-FRACTURES FORMATION IN HYDRAULIC FRACTURING
水力压裂多裂缝起裂模拟实验与分析
18.
The fracturing base fluid confected on the best condition applied in spot fracture construction has attained best effect, and altered the oil floor.
优化条件配制的压裂基液投入现场压裂施工应用后,效果显著,达到了对油层改造的目的。