2) hydraulic fracturing
水力压裂
1.
The Difficulties and Measures of the Hydraulic Fracturing about Volcanic Rock Reservoir;
火山岩油气藏水力压裂难点及其措施
2.
Finite element simulation of dynamic fracture in hydraulic fracturing;
水力压裂动态造缝的有限元模拟
3.
Optimization of hydraulic fracturing technology for thin interbeds in Sha4 member of Liangll2 block;
梁112块沙四段薄互层低渗透油藏水力压裂工艺优化
3) hydraulic fracture
水力压裂
1.
Application of the borehole-to surface electric potential image technique to monitoring hydraulic fractures of coalbed methane;
井地电位成像技术在煤层气水力压裂缝探测中的应用
2.
Analysis of start-split characteristic of hydraulic fracture bore;
水力压裂钻孔始裂特点分析
3.
The hydraulic fracture stimulation for pilot wells located in Xinji Coal Area;
新集煤层气开发试验井水力压裂增产改造
4) hydrofracturing
[,haidrəu'fræktʃəriŋ]
水力压裂
1.
However,there are many factors that influence the hydrofracturing effects,including geological characteristics,physical properties of reservoirs and energy of strata.
水力压裂是低渗透油气田提高开采效益的主要技术手段之一,但是影响水力压裂效果的因素较多,如地质特征、储层物性和地层能量等。
2.
During the process of studying tectonic origin of Gold-bearing breccia bodies in the Shuangwang gold deposit ,Shanxi province, the author apply several modern tectonics theories, such as hydrofracturing, fluid dynamic breccia, tectonic pumping, deformation partitioning, embryonic fracture etc.
本文所探讨的陕西双王含金角砾岩体的构造成因研究运用了水力压裂作用、流体动力角砾岩、流体泵吸作用、变形分解作用和雏形断裂理论等几个现代构造地质理论，提出了变形分解作用—雏形断裂作用—水力压裂作用—裂开愈合作用四位一体的水压角砾岩型咸矿构造模型，是与流体动力作用有关的裂隙—脉—角砾岩系成矿构造的一种新的模式。
6) fissure water pressure
裂隙水压力
1.
Opening point, opening angle and maximal tangential stress on ellipse edge are presented under uniaxial compression, biaxial compression and uniaxial compression with fissure water pressure respectively.
分别给出了单向压力、双向压力、单向压力与裂隙水压力共同作用3种情况下椭圆边缘开裂点的位置、开裂方向和最大切向拉应力值。
2.
According to elastic mechanics theory and Mohr-Coulomb rule, this paper quantitatively studies fissure water pressure, which causes sliding of horizontal strata in the Three Gorges reservoir area.
基于弹性力学的有关理论和Mohr Coulomb破坏准则,对三峡库区缓倾角滑面滑坡裂隙水压力致滑问题进行了定量化研究,探讨了裂隙水压力致滑的判据和缓倾角滑面滑坡滑动时临界水深的计算方法,并分析了裂隙水压力致滑的机理和过程。
补充资料：稠化油压裂液
分子式：
CAS号：
性质：将稠化剂(常用脂肪酸皂)溶于油中(多用原油、汽油、煤油或柴油为基液)形成稠化油压裂液。所用的稠化剂分为油溶性活性剂和油溶性高分子两类。前者除脂肪酸单皂、双皂外还有磷酸酯盐等；后者有聚烯烃、聚二烯烃，如聚丁二烯、聚异丁烯、聚异戊二烯，还有α-烯烃聚合物、聚烷基苯乙烯、聚丙烯酸酯、聚羧酸乙烯酯等。
CAS号：
性质：将稠化剂(常用脂肪酸皂)溶于油中(多用原油、汽油、煤油或柴油为基液)形成稠化油压裂液。所用的稠化剂分为油溶性活性剂和油溶性高分子两类。前者除脂肪酸单皂、双皂外还有磷酸酯盐等；后者有聚烯烃、聚二烯烃，如聚丁二烯、聚异丁烯、聚异戊二烯，还有α-烯烃聚合物、聚烷基苯乙烯、聚丙烯酸酯、聚羧酸乙烯酯等。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条