微流,Microflow英语短句,例句大全

微流,Microflow
1)Microflow微流
1.Study on Molecular Dynamics Simulation of Nanoparticle Preparation and Microflow;纳米颗粒制备及微流的分子动力学模拟研究

英文短句/例句

1.Fluorescence Measure and Control Flow Velocity for Micro-liquid in Micro-fluidic Chip PCR微流控PCR芯片微流体荧光测控流速
2.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
3.Micrometeoroid Explorer“微流星体探险者”号卫星
4.copperwire card detector铜丝卡微流星探测器
5.light flash sensor闪光式微流星探测器
6.capacitor detector电容式微流星探测器
7.pressurized-cell detector气包式微流星探测器
8.Studies on Drives for Microfluidic System;微流控分析系统中微流体驱动技术的研究
9.Micro channels machined on glass by micro abrasive jet machining微磨料空气射流加工玻璃微流道结构研究
10.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
11.fluxional calculus【数】流数术(微积分)
12.microcomputer alternating current resistivity instrument微机化交流电阻率仪器
13.miniature magnetic DC motor微型永磁直流电动机
14.To carry(suspended particles, for example) along in a current.流体带走（如悬浮微粒等）
15.microbial quality of effluents流出物的微生物质量
16.hydrodynamical differential equation流体动力学微分方程
17.microcomputer controlled multifunctioned flowmeter微机控制多功能流量仪
18.flow microfluorometer analysis流动显微荧光测定分析

相关短句/例句

Microfluid flow微流体流动
3)particle plume微粒羽流
1.Accroding to the characteristics of the free falling particle plume,the mechanism of the air entrainment in the process of free falling particles is analyzed preliminarily.根据自由下落微粒羽流的运动特征,对微粒羽流自由下落过程中卷吸空气的机理进行初步分析,应用Tomom i给出的混合微粒模型及Ogata给出的单微粒模型与环境空气卷吸量实验值进行对比分析。
2.In the process of free falling of particle stream,the ambient air may be drawn into the particle stream to form a particle plume.在微粒流的自由下落过程中,环境空气会被卷吸到微粒流中,形成微粒羽流,有关微粒羽流与环境空气关系的基础理论及数值模拟研究文献相对较少。
4)micro-vortex flow微旋流
5)microfluidics微射流
1.In this article, the technology of super-fine grinding based on high pressure microfluidics is studied in three aspects, which are the mechanism of it, the influence of the mico-channel to grinding effect and the testing effect of the equipment.本课题从高压微射流超细粉碎的作用机理、微孔流道形式对其粉碎效果的影响和高压微射流超细粉碎装置的实验效果三个方面对高压微射流超细粉碎技术进行了研究。
6)micro-fluid微流体
1.Modal and harmonic response analyses of straight-pipe model driven by ultrasonic travelling wave micro-fluid;直管形超声行波微流体驱动模型的模态与谐响应分析