It has provided new thought and method for the optimizing design of fracturing and for the adjustment and perfection of water flood development well pattern.
它为压裂的优化设计以及注水开发井网的调整和完善，提供了新的思路和方法。
Fracturing has resulted in an increase in sandstone porosity and permeability and enhanced the development of secondary pores.
破裂作用可以提高砂岩的储渗能力，同时也有利于砂岩中溶蚀孔隙的形成。
THE development of my philosophy came about as follows: My wife, inviting me to sample her very first souffle, accidentally dropped a spoonful of it on my foot, fracturing several small bones.
我的哲学之形成肇始如下：我妻子请我品尝她首次所做的蛋奶酥时，不小心把一勺掉到我脚上，砸断了几根小骨头。
Strike - dip, development degree and horizontal stress of the natural fracture in oil well perforated intervals affects operated fracturing pressure directly.
油井射孔段天然缝产状、发育程度、水平应力大小直接影响着压裂施工压力。
During initial reservoir development period, the result of well stimulation using conventional fracturing, limited entry fracturing and mud acidizing is poor.
油藏开发初期，曾采用常规压裂，限流压裂和土酸酸化等增产措施，但效果不理想。
With the oilfield development, the oil-increasing effect by fracturing is worse gradually, the ratio of useless Wells is increasing.
随着油田开发时间的延长，葡萄花油田压裂增油效果逐渐变差，低效井比例增多。
Due to the higher thermal expansion of fluid in low permeability shale, the super pore pressure may lead to the development of effective tensile stress and even formation fracturing.
由于低渗透页岩地层流体高温膨胀导致的超孔隙压力，有可能产生有效拉张应力，严重时会导致地层破裂。
Reservoir stimulation by fracturing can improve their development result and control decline.
改造这些油藏，可改善其开发效果、制递减。
Hydraulic fracturing technology is an important measure for development and stimulation in low-permeability reservoir.
水力压裂技术是低渗透油气藏开发和增产的重要措施。
The development of oil fracturing proppant is an intricate task affected by many factors.
石油压裂支撑剂的研制是一项复杂有难度的技术，受到很多因素的影响。
Using anti-9:00 rhombus pattern, through advanced injection, optimize fracturing technology to increase production of single well can be achieved Baibao High oilfield Chang6 reservoir development.
采用菱形反九点井网，通过超前注水、优化压裂技术提高单井产量，可以实现白豹长6油藏的高效开发。
The extremely low permeability of Chang8 reservoir in Xifeng Oilfield makes hydraulic fracturing both an important treatment and development method for the oilfield.
西峰油田长8储层低渗特低渗的地质特征决定了水力压裂不仅是重要的增产措施，而且是重要的开发手段。
The fracturing technology of horizontal well and supplementary well patterns can greatly improve the development effectiveness in the ultra-low permeability reservoir.
再配合适当的注采井网，特低渗透油藏开发水平将有大幅度的提高。
Through analysis of fracturing effect, development adjustment centered around flood pattern reforming is done in time with the result of raising 12.
通过油藏压裂效果分析，及时进行了以重组注采井网为中心的开发调整，油藏水驱控制程度提高了12。
With these fracturing techniques and laboratory and logging technologies available, shale gas development will be even more promising.
这些压裂技术结合室内实验和测井技术，使得页岩气具有更大的发展潜力。
The stimulation with fracturing for volcanic gas reservoir has become one of the bottleneck techniques of restricting exploration and development in the natural gas reservoir.
火山岩储气层的压裂增产改造已成为制约这类天然气藏勘探开发的瓶颈技术之一。
The experiments indicate that the control parameters of crack development induced by hydraulic fracturing have practical meaning for improving the effect of prefracturing design for hard top coal.
试验表明，本文结果中水压裂缝扩展控制参数对改善顶煤预裂设计效果具有实际意义。
The acid fracturing has gradually become one of the most important stimulation techniques of exploration and development in carbonate reservoir.
酸压工艺技术逐渐成为碳酸盐岩油气藏勘探、开发和增储稳产的关键技术之一。
Gas reservoirs situated in Penglaizhen sector are major ones in northwest area, reservoir improvements make significant development by sand fracturing.
蓬莱镇组气藏是川西北地区新场气田成组气藏中的主力气藏，加砂压裂改造储层取得重大进展。
Confirming the result of fracturing for polymer flooding oil Wells is an important content of polymer flooding development prediction.
聚驱油井压裂效果的确定是聚驱开发预测的重要内容。
Optimization of the fracturing effect of increased development and economic benefits.
经压裂优化提高了开发效果和经济效益。
The paper introduces the work which the author got from the development work of stress fracturing material emerged in the non ferrous metal.
通过有色金属应力断料中的开拓性工作，从微细观层次上解释了应力切断断口上裂纹源的形成，以及裂纹扩展的物理过程；
The paper introduces the work which the author got from the development work of stress fracturing material emerged in the non ferrous metal.
通过有色金属应力断料中的开拓性工作，从微细观层次上解释了应力切断断口上裂纹源的形成，以及裂纹扩展的物理过程；
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