1.
Numerical Simulation of Fluidic Motion Driven By AC Electroosmosis
基于交流电场驱动的微流体运动特性模拟研究
2.
Micronozzle flow based on simulation of molecule movement
基于分子运动模拟的微喷管流体流动
3.
Movable Interface Between Two Fluids in Quartz Micro-channels
微管中非混溶两种流体运动界面的特征
4.
Microfluidic Flow and Heat Transfer in Microchannel Heat Sinks;
微管道换热器内微流体的流动与换热
5.
hydrodynamical differential equation
流体动力学微分方程
6.
Changes in the gain could occur if the length of the maser changed because of turbulent gas motions.
气体的湍流运动使微波激射区的长度改变时，增益就可能发生改变。
7.
Arithmetic for Microfluidic Temperature Measurement Based on the Image Analysis for Brownian Motion of Nano-meter Particles
基于纳米颗粒群布朗运动图像分析的微流体温度测量算法
8.
study of fluids in motion.
对在运动中流体的研究。
9.
imcompressible hydrokinematics
不可压缩流体运动学
10.
kinematically coherent fluid regio
运动学关联流体区域
11.
The light beam is scattered by small particles in the moving fluid.
光束被流动流体中的微粒所散射。
12.
Study on Flow Characteristics of Microfluidics for MEMS Design;
面向MEMS设计的微流体流动特性研究
13.
Flow behavior of Al_2O_3-water nanofluids in micro circular tubes
Al_2O_3-水纳米流体在微圆管内的流动特性
14.
Studies on Drives for Microfluidic System;
微流控分析系统中微流体驱动技术的研究
15.
STUDIES ON MICROFLUID FLOW CONTROLS BASED ON THE CONFIGURATION OF MICROCHANNEL
基于微通道构型的微流体流动控制研究
16.
the motion characteristic of fluids (liquids or gases).
（液体或气体）具有流动的运动。
17.
On Study of the Hydrodynamic Interactions between Two Underwater Moving Bodies;
水下双体运动流体动力干扰理论研究
18.
(of fluids) moving or issuing in a stream.
（指液体）以水流的形式运动或者流出。