1.
Principle analysis and structure design of the pipeline robot driven by fluid medium pressure difference
介质流压差驱动式管道机器人的驱动、调速原理分析及结构设计
2.
Dielectric Model of Concentration Polarization in Pressure-driven Membrane Process
压力驱动膜过程中浓差极化的介电模型
3.
The double round flattens and joins the wheel to polish and drive and exchange the servo motor badly specifically.
双轮压平参轮差速抛光各别驱动交流伺服马达。
4.
Service conditions-line media, temperature, and maximum operating differential pressure.
应用环境-管路流体介质，温度和最大工作压差。
5.
Calculation of pressure distribution of flowing foams in porous media
多孔介质中流动泡沫的压力分布计算
6.
Ghost Fluid Method for 2D Multi-medium Compressible Flows
二维可压缩多介质流动问题的虚拟流体方法
7.
Modified ghost fluid method and computation for compressible multi-fluid flows
应用改进虚拟流方法计算多介质可压缩流动
8.
Expanded Mixed Method for Slightly Compressible Miscible Displacement in Heterogeneous Porous Media
各向异性多孔介质中可压缩混溶驱动问题的扩张混合元解法
9.
Pressure Behavior of Horizontal Well in Dual Media Reservoir with Pseudolinear Flow;
双重介质油藏中拟线性流水平井的压力动态
10.
Analysis of Pressure Behavior of Well in Double-Porosity Reservoir with Finite Conductivity Vertical Fractures
双重介质有限导流垂直裂缝井压力动态分析
11.
A CONSERVATIVE FRONT-TRACKING METHOD FOR ONE-DIMENSIONAL COMPRESSIBLE MULTI-FLUID FLOW
一维多介质可压缩流动的守恒型界面追踪方法
12.
Flowing characteristic of CO_2 immiscible flooding in pore media
孔隙介质中CO_2非混相驱替的渗流特性
13.
Circulating Composition Shift Characteristic of a Mixed-gases Joule-Thomson Refrigerator Driven by an Oil-free Compressor;
无油压缩机驱动混合工质节流制冷机变浓度特性实验研究
14.
The media in the drive may have changed.
驱动器中的介质可能已更改。
15.
Pressure-triggering and/ or flow-triggering are the most frequent modes we have used as triggering variables.
近代呼吸器常使用的驱动条件通常是压力驱动或者是气流驱动。
16.
generating set, driven by compression-ignition engines, direct current
压燃式发动机驱动直流发电机组
17.
generating set, driven by compression-ignition engines, alternating current
压燃式发动机驱动交流发电机组
18.
Extrusion force of HHE can be minimized and the disfigurement of extrusion products can be avoided when the viscosity of the medium is proper.
挤压介质的粘度是关系到坯料变形流动的润滑性能及挤压变形流动性能的关键。