微流体,microfluid英语短句,例句大全

微流体,microfluid
1)microfluid微流体
1.The results show that some flow characteristics of the microfluid are the same as the micro fluid,but some other flow characteristics are different from the micro fluid.从微沟道的加工工艺出发,建立了一套利用静压驱动微流体的测试方法。
2.The structure of the piezoelectric-driven microfluidic mixer based on micro electron mechanical systems (MEMS) technology proposed by the author is improved to fabricate a new micromixer of various dimensions using laser method.鉴于MEMS技术的工艺复杂性及昂贵的制作成本,对基于MEMS技术的压电驱动微流体混合器的结构进行了改进。

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.Studies on Drives for Microfluidic System;微流控分析系统中微流体驱动技术的研究
4.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
5.Study on Flow Characteristics of Microfluidics for MEMS Design;面向MEMS设计的微流体流动特性研究
6.Professor Hongkai Wu was born in 1978. After receiving his B.S. and M.S.研究方向为微流体芯片和微胶粒的制备及应用。
7.Research of Passive PDMS Micromixer for Microfluidic Chip;用于微流体芯片的PDMS被动式微混合器研究
8.Realization and experimental research of micro-chemical reaction based on digitalization of micro-fluids微化学反应的微流体数字化实现及实验研究
9.Study on Micro-Mixer for Digital Droplet Based on Surface Acoustic Wave基于声表面波技术数字微流体微混合器研究
10.Basic Research of Ultrosonic Traveling Wave Microfluid Driving Technology;超声行波微流体驱动技术的基础研究
11.Micrometeoroid Explorer“微流星体探险者”号卫星
12.To carry(suspended particles, for example) along in a current.流体带走（如悬浮微粒等）
13.hydrodynamical differential equation流体动力学微分方程
14.A very small, often dust-sized meteoroid.微流星体很小的，尘埃大小的流星体
15.Study on the magnetic fluid micro-pump used in the MEMS用于微机电系统的磁流体微泵的研究
16.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。
17.Simulation and Experimental Research on MicrofluidicChip;微流控芯片流体数值模拟及实验研究
18.Micronozzle flow based on simulation of molecule movement基于分子运动模拟的微喷管流体流动

相关短句/例句

Microfluidics微流体
1.Understanding the fundamentals of fluid flow and heat transfer of Microfluidics has become crucial for the rapid development of all kinds of Micro Systems.各种微系统的迅速发展，为微流体的流动与传热研究提出了迫切的要求。
3)microfluidic微流体
1.An active controlled microfluidic valve utilizing the unimorph circular piezoelectric actuator,in which the on and off states are realized through changing the fluid flow gap between the unimorph circular piezoelectric actuator and the annular boundary by the deformation of the unimorph circular piezoelectric actuator,is presented and the fluid flow control model is established.介绍了一种采用圆盘形压电振子作为致动元件的微流体主动控制阀。
2.Microfluidic actuation theory is discussed firstly, and then the principle of an optical wavefront corrector actuated by microfluidic elements based on EWOD (electro-wetting on dielectric) is described.近几年,微流体光学器件受到科学家广泛的关注;这是因为微流体光学器件调节特性好,而且价格低廉。
4)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
5)microfluids微流体
1.Implementation of digital dispensing technology for microfluids微流体数字化喷点技术的实现
2.Temperature measurement techniques for microfluids in capillary and microfluidic systems are reviewed, including exterior contact methods, fluid physical-parameter-based methods, thermo-sensitive marker methods, NMR and Raman spectrometric methods, and laser-based interface measurement technique.综述了近年来应用于毛细管和微流控系统中的各种微流体测温技术 ,包括外部接触测温、依据液体物理参数变化测温、基于热敏物质测温、核磁共振和拉曼光谱测温以及基于激光的界面测温 ,并对各种测量方法的优缺点进行了讨论。
3.Compared with the driving and controlling technologies of macrofluids, those of microfluids are more complicated and diversified because of more factors affecting microflows.随着微流体系统，尤其是生物芯片和缩微芯片实验室（ｌａｂ－ｏｎ－ａ－ｃｈｉｐ）技术的发展，微米乃至纳米尺度构件中流体的驱动与控制技术越来越引起人们的注意。
6)meteoroid[英]['mi:tj?r?id][美]['mit??r,??d]微流星体
1.Performance analysis for spacecraft shield structures against meteoroid and space debris;航天器微流星体及空间碎片防护结构性能分析
2.Most of the spacecrafts are suffering from the bad space environment, and the space debris, included meteoroid and orbital debris, imperiled the spacecrafts most.其中对航天器威胁最大的就是空间碎片,包括微流星体和轨道碎片。