若发生水锥，无阻流量比产水前降低得更多。
If water cone happens, absolute open flow will be decreased more than before water production.
为了改善油藏的开发效果，急需采取措施控制水锥。
In order to improve reservoir development effect, takes certain measures to control the water cone urgently needed.
埋入部分包括蜗壳座环、尾水锥管、尾水肘管、机坑里衬等。
The embedding part includes volute socket ring, tail water taper pipe, tail water ell, pit liner and so on.
本文在裂缝储层预测基础上，开展水锥间剩余油分布规律研究。
On the basis of fracture prediction, this paper studies the remaining oil distribution rule between the water cones.
同时文章结合实例分析水锥特征，为底水气藏开发提供了参考依据。
Also, with real cases the article analyzes the characteristics of water cone, which provide reference for development of the gas reservoirs driven by bottom water.
另外，裂缝间距、蓄水层强度和表皮系数在裂缝型油藏中的水锥现象也起重要作用。
Also it has been determined that fracture spacing, aquifer strength and skin factor have insignificant effect on water coning in fractured reservoirs.
研究底水油藏油井的临界产量和见水时间等问题时，首先要对水锥的形态有一个正确的认识。
The study of the critical production and water breakthrough from an oil well in a bottom water reservoir should be based on sound understanding of water coning shape in it first of all.
重力和黏滞力之间的不平衡性是水锥生产的重要原因，也是不同裂缝性碳酸盐岩油藏见水的重要原因。
The water coning caused by the imbalance between gravity and viscous forces is the most important reason for water production in different fractured reservoirs.
基于静力学原理和地下流体的运动规律方程，建立了底水油藏水锥体侧斜面为曲线情况下的水锥高度模型。
Based on static mechanism and kinetic equation of underground fluid, the model for calculating the height of the water cone with curvilinear side surface is established.
提出了实施分层开采、开展压水锥试验和在剩余油饱和度高的部位钻水平井等改善油田开发效果的措施及建议。
Several measures and Suggestions are presented in order to improve development effects in the field, such as making selective zone production, testing water coning and drilling...
基于本文提出的模型，本文给出了确定底水锥进相关参数的解析表达式，为下一步打人工隔板，或采水消锥等措施提供依据。
Based on theoretical model, a new analytical solution was presented to ascertain the parameters of water cone to shed light on filling artificial barrier or clearing water-cone by recovering water.
研究表明，对于垂向渗透率较低、油水界面之上存在夹层的储集层，采水控锥效果显著。
The results suggest that a reservoir with low vertical permeability and interlayer above the water oil contact would have good effect of water extraction and cone control.
包括爆炸水，油和火桶，以及锥和轮胎•动态对象。
Dynamic objects including exploding water, oil and fire barrels, as well as cones and tyres.
对于底水能量较活跃的油藏，可利用采水抑锥工艺抑制或减缓底水的锥进，从而达到稳油控水的目的。
Inhibiting water coning by water recovery from the oil reservoir with active bottom water can inhibit or slow down bottom water coning, stabilize oil production and control water cut.
研究结果表明，水热法直接合成锥状纳米氧化锌具有良好的场发射特性，为场发射平板显示器阴极的理想材料。
The findings indicated that hydrothermal method preparation pyramidal nanometer zinc oxide has the good field emission performance, Is the FED negative pole's ideal material.
研究结果表明，水热法直接合成锥状纳米氧化锌具有良好的场发射特性，为场发射平板显示器阴极的理想材料。
The findings indicated that hydrothermal method preparation pyramidal nanometer zinc oxide has the good field emission performance, Is the FED negative pole's ideal material.
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