1.
and the tan dynamic contact angles is linear to the displacing velocity in higher velocity.
较高驱替速率时,动态接触角的正切与驱替速率的对数呈线性关系;
2.
A new method for calculating non-piston displacement efficiency in multilayered reservoir with waterflooding
多层油藏非活塞式水驱驱替效率研究
3.
EOR field test of gas-water alternative injection in Pubei Oilfield
葡北油田气水交替驱提高采收率矿场试验研究
4.
Study on Enhanced Oil Recovery Mechanism of Inclined Reservoirs by Water Alternating Gas Flooding
倾斜油藏水气交替驱提高采收率机理研究
5.
Replacing Technologies to Further Enhance Oil Recovery after Polymer Flooding
聚合物驱后进一步提高采收率接替技术
6.
The device moved to a BPS rate not supported by the COM driver.
驱动器改变的BPS速率不被COM口支持。
7.
Experimental Study on Transmission Efficiency for Constant Velocity Drive Shaft of Car
轿车等速驱动轴传动效率的试验研究
8.
Research on the Driving Technoloy of the High Power and High Rate Electro-Optic Modulator
大功率、高速率电光调制器驱动技术的研究
9.
The Revise and Practical Applications of the Norm of Diadochokinesia Rate;
口腔轮替运动速率标准的修订及其应用研究
10.
The hydrocarbon expulsion efficiency of source rockprimary migration is usually high because of its property of natural drive.
因油气初次运移为自然驱替，因此源岩的排烃效率较高。
11.
Purkinje fibers are driven ("over driven") by the sinus node at twice their intrinsic rate.
浦氏纤维是被较其本身频率约高一倍的窦房结所驱动（“超速驱动”）。
12.
Mathematical Model of the Micromechanical Comb Drive Tuning Fork Rate Gyroscopes;
梳驱动音叉式微速率陀螺仪的数学模型
13.
The Control of Output Power for Variable-Speed Direct-Driven Switched Reluctance Generator Based Wind Turbine
变速直驱开关磁阻风力发电机输出功率控制
14.
Study on Variable-speed Device of the Hydraulic Wheel Driving Vehicles in the High-power Hydraulic
液压驱动中大功率轮式车辆变速装置研究
15.
displacing-displaced phase mobility ratio
驱替相和被驱替相流度比
16.
The water displacement experiment of Carboniferous gas showed that under normal pressure natural gas in subsurface reservoir is difficult to migrate into minor pores and displaced water out the pores in reservoir.
石炭系储层气驱水实验表明，岩石渗透率与驱替后残余水饱和度呈负相关指数关系。
17.
AFI can not decrease photosynthesis rate but it can decrease evaportranspiration rate and is helpful to increase evaportranspiration efficiency.
交替隔沟灌溉不降低光合速率而蒸腾速率有所下降 ,并有利于提高蒸腾效率 ;
18.
Photosynthetic rate of alternate irrigation was the highest, fixed irrigation was the lowest in all treatment.
交替隔沟灌溉茄子的光合速率最高,固定灌溉最低。