2) physical quality of fractures
裂缝储层评价
3) fracture reservoir
裂缝性储层
1.
Experimental study on the hydroscopicity of fracture reservoir;
裂缝性储层岩石自吸水性实验研究
2.
In order to meet the demand of the fracturing fluid used in Anpeng Oilfield which is low porosity, poor permeability, high temperature and plentiful fracture reservoir, experiment temperature for assessing fracturing fluid has been determined.
分析了安棚低孔、低渗裂缝性储层对压裂液的基本要求,确定了评价压裂液性能的实验温度,优化了稠化剂、胶联剂、破胶剂、助排剂等添加剂,形成了适宜于安棚油田的压裂液体系,该压裂液具有良好的耐温、耐剪切和延迟交联特性,携砂能力强、破胶彻底、伤害低,能够满足90-140℃温度地层压裂施工的需要。
3.
Based on the characteristics of fracture reservoir in Zhongyuan Oilfield, this paper analysis the mechanism of fracturing fluid loss additive, studies the composition, preparation method and property of HL - 05 fluid loss additive of oil - soluble.
针对中原油田裂缝性储层的特点,分析了压裂降滤失剂的作用机理,研究了HL—05油溶性降滤失剂的组成、制备方法及其使用性能,并在现场6井次试验应用中取得了施工成功率100%和压后增产原油5424t、天然气3300×104m3的良好效果。
4) fractured reservoir
裂缝性储层
1.
Application of 3D multiple scale marginal detection technique in buried hill fractured reservoir prediction——A case of Hexiwu-south reservoir;
三维多尺度边缘检测技术在古潜山裂缝性储层预测中的应用——以河西务南部油气藏为例
2.
A laboratory simulation study on temporary plugging in fractured reservoir;
裂缝性储层暂堵规律的模拟试验研究
3.
Evaluate types of fractured reservoirs with conventional logging data;
应用常规测井资料评价裂缝性储层储集类型
5) fractured reservoir
裂缝性储集层
1.
Among fractured reservoir, natural fracture system is the key to determine abundant oil & gas zone, and can be used to predict fracture growth.
在裂缝性储集层中,天然裂缝系统提供了总储集空间的全部或一部分,能有效预测裂缝发育带是确定构造油气富集部位的关键。
2.
This paper introduces the amplitude spectrum integral method which has been applied to oil and gas detection of the fractured reservoir of carbonate rock.
该文论述了振幅谱积分方法原理，并将该方法技术应用于碳酸岩裂缝性储集层的油气检测，其振幅谱积分异常与实际裂缝性储集层油气聚集带相吻合，特征明显，取得较满意效果。
6) fractured reservoirs
裂缝性储集层
1.
Characteristics of pressure curve in fractured reservoirs of Hailaer Basin;
海拉尔盆地裂缝性储集层压力曲线特征分析
2.
In addition, we advance that effective porosity,Permeability and effective volume of fractures controled by signal well could take as foundation ahat differentiating classes of fractured reservoirs and evaluating fractures.
在系统介绍岩芯裂缝基本参数统计的基础上，给出岩芯裂缝空间分布规律的表示方法，并概括了裂缝孔隙度和渗透率的估算方法，提出有效孔隙度、渗透率和单井控制的有效裂缝体积可作为裂缝性储集层等级划分和裂缝综合评价的依据。
补充资料：裂缝
1.裂开的缝隙。 2.裂成狭长的缝隙。
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