1) Micotfluidic fiber chip
微流控光纤芯片
2) Microfluidic chip
微流控芯片
1.
Hydraulic system in hot-embossing machine for microfluidic chip;
微流控芯片热压成型机液压系统
2.
Fabrication of pneumatic micropump on glass-PDMS microfluidic chip and its application to chemiluminescence detection;
一种基于玻璃-PDMS微流控芯片上气动微泵的研制及其在化学发光分析中的应用研究
3.
Rapid analysis of TSH on microfluidic chip;
TSH的快速免疫检测在微流控芯片系统中的应用
3) microfluidic chips
微流控芯片
1.
Design and research of microfluidic chips detection instrument with high SNR;
高信噪比微流控芯片检测仪的设计
2.
Research on measurement of microflow velocity field in typical microfluidic chips;
面向典型微流控芯片的流场测速技术研究
3.
SU8 lithography process in fabrication of transparent microfluidic chips;
微流控芯片透光性基底SU8曝光工艺
4) microchip
[英]['maɪkrəʊtʃɪp] [美]['maɪkro'tʃɪp]
微流控芯片
1.
A microchip was applied to the sampling of single cell, the domestic-made Hadamard transform (HT) microscopic fluorescence imaging analysis system was used for imaging detection.
将微流控芯片用于单细胞进样 ,以自制阿达玛变换显微荧光成像分析系统进行成像检测 ,讨论了影响单细胞进样和荧光成像的主要因素 ,并对花粉细胞DNA含量进行定量分析。
2.
In order to detect samples with convenience,high speed and low cost,we presented a fabrication method of microchip with embedded optical fibers.
为了方便、快速、低成本地检测样品,提出一种内嵌光纤型微流控芯片的制备方法。
3.
The second part is about the determination of sodium fluoroacetate by microchip capillary electrophoresis with contactless conductivity detection.
实验共分为两部分,第一部分是关于血浆中巴比妥类药物的检测,运用大体积样品堆积(LVSS)法对四种巴比妥类物质进行了富集,第二部分是关于氟乙酸钠的微流控芯片非接触电导检测。
5) micro-fluidic chip
微流控芯片
1.
A method of protein detection based on micro-fluidic chip;
基于微流控芯片的一种蛋白检测方法
2.
Design of Precision Experimental Table on Laser Direct Writing Grooving Polymer-Based Micro-fluidic Chips
激光直写聚合物微流控芯片精密实验台设计
3.
Great development in the field of micro-fluidic chip had been made, and multiplicate integrated microchips had been manufactured.
介绍了目前微流控芯片应用的3种主要检测手段:质谱检测器、电化学检测器和光学检测器。
6) microfluidic
微流控芯片
1.
Portable microfluidic chip detection system for cell images
用于细胞成像的便携型微流控芯片检测系统
2.
In recent years,microfluidic develops very fast in terms of it s reaction speed,reagent consump- tion,miniaturization,and automation.
近年来,微流控芯片以其快速分析,低消耗,微型化和自动化等特点发展非常迅速。
3.
The fabrication process of microfluidic chips using polymer materials, such as PMMA, is the key to extend the application range of micro-fluidic chips and realize their industrialization production.
微流控芯片是当前微型全分析系统领域发展的重点,它具有快速、高效、低耗等优点,在基因分析、疾病诊断、药物筛选等领域具有广阔的应用前景。
补充资料：微流控技术
微流控技术
【1】在为尺度与介观尺度(纳升级)上研究流体行为，以及相关的设计与应用的，由物理、化学、微加工与生物技术等学科组成的领域。
【2】在微米级、纳米级结构中操控纳升至皮升体积流体的技术与科学。
【3】微流控技术是微全分析系统和芯片实验室的支撑技术。
【4】英文翻译：“microfluidics”
说明：补充资料仅用于学习参考，请勿用于其它任何用途。