1) fissure control fracturing
控缝压裂
2) fracture heightgrowth control
控缝高压裂
1.
The paper introduces fracture heightgrowth controlling technique based on the reservoir reconstruction model of "three-low-one-small" because of the bottom water channeling upward even breakthrough up into the oil reservoir caused by conventional fracturing technology.
安塞油田在底水油藏"三低一小"储层改造模式的基础上,引入控缝高压裂技术,现场试验证明,该工艺能达到底水油藏储层改造控水增油的目的,应用前景良好。
3) fracturing fracture
压裂裂缝
1.
Thus,the base is formed for fracturing fracture extendly orientation prediction and proper well pattern modification of oilfield development, also provided theoritical basis for high efficient and reasonable developm.
以辽河盆地冷43断块需要压裂投产的深层巨厚稠油油藏为例,运用井壁崩落、水力压裂、岩心分析等方法确定该油田最大水平主应力方位和大小,为该类油藏压裂裂缝延伸方向的预测和油田开发井网的合理部署奠定了基础,也为类似油藏的高效合理开发提供了理论依据。
2.
The typical curves of multi-fracturing wells with dual media could be divided into 5 parts; such as linear flow section of fracturing fractures, early transition section, radial-flow section of fracturing in external area and channeling transition section between the external fractures and matrix and external pseudo-radial flow section.
高能气体压裂和脉冲压裂能在近井地带形成多条径向裂缝体系,因此针对无限大双重介质油藏建立了具有多条压裂裂缝的垂直裂缝井试井分析新模型,获得了解析解。
4) fracture
[英]['fræktʃə(r)] [美]['fræktʃɚ]
压裂裂缝
1.
The reason for ineffective fracture in Shanian area of Jiangsu oilfield was analysed.
分析了SN油田裂缝失效的原因,在对重复压裂裂缝延伸方式与时机研究的基础上,优化选井选层,优化施工设计,开展了10口井重复压裂现场施工,取得了很好的应用效果。
2.
The blockages can be removed in the fracture,which results in the recovery of diverting capacity,the enhancement of well productivity and great stimulation effect.
在分析中原油田压裂伤害的基础上 ,经过室内研究 ,研制出了压裂裂缝处理剂FFA和FFB。
5) crack control
裂缝控制
1.
Temperature monitoring and crack control in mass concrete construction;
大体积混凝土施工中的温度监测及裂缝控制
2.
Cast-in-place reinforced concrete building(room)kneading board crack control design of some industry workshop;
某工业厂房现浇钢筋混凝土楼(屋)面板裂缝控制设计
3.
The crack control technology of larger area ground concrete;
超大面积混凝土地面裂缝控制技术
6) cracking control
裂缝控制
1.
Mass concrete cracking control for Baosteel No.4 BF foundation;
宝钢四号高炉基础大体积混凝土裂缝控制分析
2.
Study on cracking control for construction of concrete face slab;
混凝土面板施工裂缝控制研究
3.
Study on cracking control of PC continuous box girder bridges;
PC连续箱梁桥裂缝控制研究
补充资料:可控性与非可控性投入
可控性与非可控性投入
可控性与非可控性投人可控性投入指学校和教育行政部门可以控制的教育资源投入。学校可以对教学负担、班级规模、课程教学单元的数量、每个教师承担的学科教学任务的平均量等可控性投入进行调节和平衡,以改进教学质量。教育行政部门可以对教师的专业准备程度、教学经验、培训要求、教师工资、设备供应、生活费用、图书馆藏书等投入进行选择,以调节教育的供给与需求。而非可控性投入指学校和教育行政部门不能控制的教育资源投入。如学生的种族、性别、年龄及家长的社会经济背景等无法控制的因素对教育有着不同程度的影响。教育部门不能控制学生家长的教育水平和收入状况,但应当推动教育机会平等的社会经济环境的实现。
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