优势通道,dominant channel
1)dominant channel优势通道
1.This paper uses a large amount of dynamic and static data which are obtained in the process of development in Hailaer burial hill reservoir,to demonstrate migration rules generated from hydrocarbon along unconformity surface,faults and sandbody,and understand control factors for hydrocarbon migrationdominant channel.利用海拉尔潜山油藏开发过程中取到的大量动、静态资料,系统地论证了油气沿不整合面、断层和砂体运移的规律性,明确了油气运移优势通道的控制因素。
2.The concept ofdominant channel of waterflooding is put forward, a streamline based numerical simulating technique is used to study the effect of thedominant channel attribute on reservoir development.提出了水驱优势通道的概念。
2)predominant pathway of oil油气优势通道
3)dominant migration pathway优势运移通道
1.Research on types of thedominant migration pathways and their physical simulation experiments;油气优势运移通道的类型及其物理模拟实验研究
4)preferred migration pathway优势通道运移
5)region passageway superiority地缘通道优势
6)preferential seepage channel优势渗流通道
1.A refined numerical simulation of impacts ofpreferential seepage channels upon reservoir production performance;优势渗流通道对油藏生产动态影响的精细数值模拟研究
2.Water flooding development in serious heterogeneous reservoirs will result inpreferential seepage channels and injected water short-cycle to cause 98% of composite water cut.强非均质性油藏注水开发后形成优势渗流通道,综合含水率高达98%以上。
英文短句/例句
1.Dynamic characteristics analysis of non-Darcy flow with high velocity in preferred flowing path优势渗流通道中的高速非达西渗流动态特征分析
2.Identification and description of preferential percolation path for waterflooding sandstone reservoir注水开发砂岩油藏优势渗流通道识别与描述
3.IDENTIFICATION AND DESCRIPTION OF PREFERENTIAL PATH FOR WATER-FLOODING SANDSTONE RESERVOIR注水开发砂岩油藏优势渗流通道识别与描述技术
4.In this paper, we also studied the Electroosmotic Pump (EOP), which is based on the Electroosmosis principle.电渗泵是基于电渗原理，利用微通道两端的电势差来控制微通道中的液体流动。
5.Steady electroosmotic flow in diverging microchannels发散形通道内的稳定电渗流动(英文)
6.Determination of the Accumulated Location of Microparticles Collected by AC Electroosmosis in the Microchannel微通道交流电渗粒子收集位置的确定
7.The Formation Mechanism and Numerical Simulation of Piping Central Seepage Flow Channel in Embankment;堤坝管涌集中渗流通道形成机理及数值模拟
8.Study on Flow Behavior of Periodical Electroosmosis in Microchannel for Biochips;生物芯片微通道周期性电渗流特性研究
9.Effect of Surface Roughness on Electroosmotic Flow in Microchannels by Finite Element Simulating微通道内壁面粗糙度对电渗流影响有限元模拟
10.Industrial Location Superiority of Transport Corridor in Transaction Cost运输的交易成本与运输通道的产业区位优势
11.Natural monopoly trends in the optimization process of organizational structure of circulation industry;流通产业组织结构优化中的自然垄断趋势
12.Lattice Boltzmann Simulation of Electroosmotic Flows in MEMS with a Sudden Expansion or ContractionMEMS中突扩(突缩)通道内流体电渗驱动的LBM模拟研究
13.Genesis Feature and Identification of High Permeability Pathways in Conglomerate Reservoir in High Water Cut Stage砾岩储层注水开发后期高渗流通道成因特征及其识别
14.The study also shows that continuous sand inflow is indeed one of the most key mechanisms by CHOP for IOR, such as forming highly flowing channels, removing skin effect and improving fluid flowing performance in have oil reservoir.地层连续出砂使得井筒附近形成高渗流通道，解除了表皮污染，改善了油藏中流体的流动特性。
15.Study on the International Logistics Corridor Optimizing Choosing Theory Method and Empirical Research;国际物流通道优选理论方法与实证研究
16.Study on the Layout Optimization Theory and Method of Urban Logistics Corridor System;城市物流通道系统布局优化理论与方法研究
17.Vehicles Lane-changing and Multi-objective Traffic Flow Optimal Control Models and Their Algorithms;车辆换道与交通流多目标优化控制模型及算法
18.Discussion on Construction Cost Management Flow Optimization of Urban Rail Transit Projects;论城市轨道交通项目建设费用管理流程优化
相关短句/例句
predominant pathway of oil油气优势通道
3)dominant migration pathway优势运移通道
1.Research on types of thedominant migration pathways and their physical simulation experiments;油气优势运移通道的类型及其物理模拟实验研究
4)preferred migration pathway优势通道运移
5)region passageway superiority地缘通道优势
6)preferential seepage channel优势渗流通道
1.A refined numerical simulation of impacts ofpreferential seepage channels upon reservoir production performance;优势渗流通道对油藏生产动态影响的精细数值模拟研究
2.Water flooding development in serious heterogeneous reservoirs will result inpreferential seepage channels and injected water short-cycle to cause 98% of composite water cut.强非均质性油藏注水开发后形成优势渗流通道,综合含水率高达98%以上。
延伸阅读
比较优势与竞争优势关系比较优势是由土地、劳动、资本、自然资源等基本生产要素决定的，它属于低层次的竞争力；而竞争优势主要与知识、管理、人力资本、企业家才能等要素相关，属于较高层次的竞争力。拥有比较优势并不能说明一定拥有竞争优势，而拥有竞争优势才能算得上拥有真正的比较优势。比较优势更多的强调各国产业发展的潜在可能性，是一种潜在的竞争力，它表现为一国的要素禀赋，所以比较优势是静态的，难以改变的；而竞争优势则更多的强调各国产业发展的现实状态，是一种现实的竞争力，它表现为知识技术等的构成，是一种动态的，可以改变的竞争力。比较优势和竞争优势可以相互转化。一国具有比较优势的产业往往易于形成较强的国际竞争力，即比较优势可以成为竞争优势的内在因素，促进国际竞争力的提高。竞争优势一般会加强一国的比较优势，使比较优势扩大化。比较优势和竞争优势是相互依存的。一国的比较优势要通过竞争优势来表现，即使是具有比较优势的行业，如果没有国际竞争力，也无法实现其比较优势；反之，缺乏比较优势的行业，一般也很难形成较强的竞争优势。比较优势和竞争优势的本质都是生产力的比较，都强调的是各国产业间突出的优势。所不同的是比较优势强调的是各国不同产业之间的生产率的比较，而竞争优势强调的是各国相同产业间的生产率差异。
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