It achieves good results in high deviated Wells and horizontal Wells.
在大斜度井、水平井中取得较好效果。
This program will consist of two horizontal Wells, one at each location.
该方案将包括两个水平井，在每个位置。
There exists a reasonable length at horizontal intervals of horizontal Wells.
水平井水平段存在一个合理长度区间。
Purpose To improve the development result of horizontal Wells in super heavy oil reservoir.
目的提高超稠油油藏水平井开发效果。
Asymmetrical distribution of fractures can lower deliverability of fractured horizontal Wells.
裂缝不对称会使压裂水平井产量降低。
More and more horizontal Wells are applied while drilling technology is becoming perfect gradually.
随着钻井技术的逐步完善，水平井的应用越来越广泛。
The longitudinal and transverse well spaces, and the length of the horizontal wells are considered.
考虑了纵向和横向井距及水平井长度等因素的影响。
This paper provided basis for application of rotary abrasive jet in drilling radial horizontal Wells.
该试验研究为磨料旋转射流应用于径向水平钻井提供了基础。
The technology of hole trajectory primary sect ion is the key of drilling in re entry horizontal Wells.
侧钻水平井轨迹起始段工艺技术，是侧钻水平井钻井工艺的关键技术。
Abstract: Several Sticking accidents happen in the course of drilling horizontal Wells in Tahe Oilfield.
文摘：塔河油田水平井钻井过程中，曾多次发生卡钻事故。
Forward modeling is also used for interpretation, particularly in horizontal Wells and complex environments.
正演模型也可以用于解释，尤其适用水平井和复杂环境。
It sets good records on drilling cycle, net drilling time and average ROP in the same kind of horizontal Wells.
该井的完成，创同类型水平井钻井周期、纯钻时间、平均机械钻速的国内好成绩。
But some horizontal Wells does not gain the perfect productivity, due to low permeability or some other reasons.
但是，有些水平井的产量与直井相比，达不到预期效果。
The nitrogen foam technology was used to treat high water-cut of the horizontal wells in bottom water reservoir.
针对应用于底水油藏开发的水平井综合含水率上升速度较快的问题，采用氮气泡沫技术进行治理。
In deviated and horizontal Wells, all these logs measure some mixture of both vertical and horizontal resistivity.
在斜井和水平井中，所有这些测井测量纵向的和水平电阻率的混合值。
Method Steam injection development and well pattern of horizontal Wells were studied by using numerical simulation.
方法利用数值模拟方法，对水平井注蒸汽的开发、布井方式等进行研究。
The regular changes on pressure field, temperature field and saturation field of horizontal wells are also presented.
总结了水平井的压力场、温度场和饱和度场的变化规律。
The numerical simulation software for horizontal Wells is developed based on three-dimensional three-phase black oil model.
运用该方法在三维三相黑油模型基础上编制了水平井数值模拟软件。
The pressure loss in horizontal borehole may have certain influences on production performance of fractured horizontal wells.
水平井筒内的压力损失对压裂水平井的生产动态有一定的影响；
Then, according to the principle of force balance, a critically stable condition of water crest of horizontal Wells is deduced.
其次，从力的平衡原理出发，得出水平井水脊的临界稳定条件。
A theoretical model is established for interpreting production well logging data in horizontal Wells and its principle is denoted.
建立了水平井生产测井数据解释的理论模型，阐述了解释原理。
The well path optimization and control technology applied to this well can supply valuable references to similar horizontal wells.
该井井眼轨道优化设计和井眼轨迹控制技术为类似水平井的井眼轨道设计和轨迹控制提供了有益的借鉴。
The success of drilling horizontal Wells can be a new way for the effective development in Putaohua oil layers with low abundance.
水平井钻井的成功，为低丰度葡萄花油层的有效动用开辟了新的途径。
But if move at to produce water mouthfuls of place horizontal Wells, then here very much easy to determine the boundary conditions.
然而若将其边界移至水平井的出水口处，则此处的边界条件却十分易于确定。
Unsteady porous flow in horizontal Wells with single or multiple fractures is a complicated study of mechanics through porous media.
穿过单条或者多条裂缝的压裂水平井不稳定渗流问题是一个复杂的渗流力学问题。
So, the geosteering technologies in Sulige gas field are the key to efficiently develop horizontal wells with a thin producing layer.
因此，水平井高效地质导向方法与技术是苏里格气田薄产层水平井有效开发的关键。
Designing the well profile is one of the most important factors which is concerned with the successfully drilling of horizontal Wells.
井身剖面设计是成功地钻水平井的重要因素之一。
The method of increasing frictional coefficient is properly used to predict the frictional force of designed path of later horizontal wells.
准确地估价摩阻力对水平井钻井与完井的设计和施工都有重要的指导作用。
Note that some horizontal Wells are designed such that after reaching true 90-degree horizontal, the wellbore may actually start drilling upward.
请注意，一些水平井是这样设计的，在井眼倾角到达90度之后，井眼可能实际开始向上钻进。
Based on the mechanism of water coning of horizontal Wells in bottom-water drive reservoir the critical production pressure difference is obtained.
在分析底水油藏水平井开发底水脊进原理的基础上，建立了底水油藏水平井开发的临界生产压差计算公式。
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