研究人员说，他们分析的钻井是已经采用水力压裂法完成的，但是，岩层破裂是否可能正在导致污染，这个问题还要更多的过程研究才可以理解。
The researchers said the Wells they analyzed had been hydraulically fractured, but that more study of that process was needed to understand whether fracturing might be causing the contamination.
用水、沙、化学药物撞击它们的“高压水砂破裂法”能释放出气泡，这个过程也称“水力压裂”。
By cannoning water, sand and chemicals at them, a process known as hydraulic fracturing, or “fracking”, the bubbles can be released.
用水力压裂技术采气的过程会破坏地下水位，影响周边环境，甚至引起地震。
Fracking can damage the water table, disrupt communities and even cause earthquakes.
在室内用水基冻胶压裂液浸入致密气层岩心，进行了伤害试验研究。
Experiments were carried out on tight gas formation core sample with a water base crosslinked gel fracturing fluid.
为了解决陕北油田压裂施工用水短缺的问题，研究应用油田回注污水配制水基压裂液。
In order to solve the shortage of fracturing water in the Shanbei Oilfield, a study is initiated, it is intended to prepare water-based fracturing fluid using re-injected wastewater.
阐述了应用水力压裂法处理定向井组生产事故的可行性及相关技术要点。
This paper expatiates feasibility of hydrofracturing method in the treatment of accidents during production in directional well pair and the related technical key points.
回顾了应用水力压裂法测量地应力的基本原理。
The fundamental principle of hydrofracturing method for measuring geostress is reviewed.
利用水包油乳状液作为压裂液的水力压裂方法。
在完成可行性评估后，斯伦贝谢公司相关技术人员便会设计出客制化的压裂液解决方案，利用产出水或其他经济化的可用水源。
After completing the feasibility assessment, a customized fracturing fluid solution is engineered specifically to work with produced water or the most economic water source available.
但是，对于某些粘土含量高，敏感性强的致密油气藏，采用水力压裂技术改造尽管能获得工艺上的成功，但是最终增产效果却大打折扣。
However, for some special reservoirs with high clay content and sensitivity, the final effictiveness is greatly reduced although hydraulic fracturing process can be successful.
使用水力压裂法时，高压液体被压入地下。
In fracking, liquid is forced into the ground under high pressure.
运用水力压裂理论推导出沉桩产生的超孔隙水压力在沉桩后瞬时沿桩身径向和竖向的分布。
Using the theory of hydraulic fracture, radial and vertical distributions of excess pore water pressure are subsequently studied along the pile surface during and after pile driving.
运用水力压裂理论推导出沉桩产生的超孔隙水压力在沉桩后瞬时沿桩身径向和竖向的分布。
Using the theory of hydraulic fracture, radial and vertical distributions of excess pore water pressure are subsequently studied along the pile surface during and after pile driving.
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