The Design and Manufacture of Microfluid System for SPR Biosensors 用于SPR生物传感器的微流体系统设计与制作
Dynamic and Fluid-Structure Analysis of Ultrasonic Travelling Wave Annular Microfluid Driving Model 超声行波圆环模型的动力学分析及流固耦合分析
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
Numerical Analysis of Microfluid State in Bone Tissue Engineering Scaffolds 骨组织工程支架内微流体流动状态的数值仿真及分析
Molecular Simulation on Microfluid Flow 微流体流动中的分子模拟技术
Objective: To study the relationship between cervical intraepithelial neoplasia lesions and Human Papilloma Virus ( HPV). A PCR based Oligo DNA microfluid chip assay was used for HPV typing. 目的:应用PCR-寡核苷酸微流芯片检测方法进行人乳头状瘤病毒(HPV)分型,研究子宫颈上皮内瘤变(CIN)与HPV感染型别的关系。
A study on the boundary conditions in microfluid mechanics 微流体力学中边界条件的探讨
It is important to study microfluid flow behaviour in microfluid control system. 微流体运动特性研究是微流量控制系统设计和性能完善的基础。
Human Papilloma Virus typed by PCR based Oligo DNA Microfluid Chip Assay PCR-寡核苷酸微流芯片用于人乳头状瘤病毒分型检测
Research Advance in Microfluid and Its Influencing Factors 微流动的研究现状及影响因素
The Oligo DNA microfluid chip assay had good sensitivity compared with DNA sequencing method. 与DNA测序方法比较PCR-寡核苷酸微流芯片检测方法具有较好的灵敏度。
Influence of section shape of micro channels on microfluid flowability 流道截面形状对微流体流动性能的影响
Do microfluid pumps give humans their sensitive hearing? 人类灵敏的听觉是来源于微流泵吗?
Pictures of these microfluid elements during mixing in turbulent field with or without chemical reaction were taken. 作者用此方法首次拍摄到了无化学反应与伴有化学反应时的湍流场中亚微观及微观混和过程中微流元团的照片,对微观混和过程有了感性认识。
Suitable equivalent viscosity can be obtained by introducing a momentum accommodation coefficient to calculate the damping forces of microfluid acting on moving objects. 通过修正动量协调系数可得到合适的等效粘度,以计算微流体对运动物体的阻尼力。
Uniform discretization and injection of microfluid have been realized by means of low frequency vibration of the piezoelectric ceramic actuators. 利用压电陶瓷驱动器产生的低频微振动,实现了连续微流体的均匀离散和喷射。
Microfluid Measuring System and its Application in the Microfluid Flow Behaviour Research 微流量测量系统及其在微流体运动研究中的应用
Discussion on Several Issues in Microfluid Mechanism 微流体力学几个问题的探讨
Exercise. TESTING Study on Microfluid Flow Behaviour 微流体运动的试验研究
The microchannel structure of micro-flow PCR chip is made optimized design by microfluid mechanical theory. 引入微流体力学理论对PCR微流控芯片微通道的结构进行优化设计。
The super hydrophobic materials reveal its particular advantage in some applied areas ranging from self-cleaning materials, microfluid devices, transport of liquid, vehicle to biomaterials and so on. 在自清洁材料、微流体装置、液体运输、交通工具以及生物医学等许多应用领域中,超疏水材料展示了其独特的优势。
Meanwhile, with different index of the microfluid, we analyze the slow light effect. 同时,分析了不同的微流体折射率对慢光特性的影响,给出了其他填充情况下的慢光特性。
Driving and control of microfluid is a key subject in the microfluidic devices. 微流体的驱动与控制是微流动分析系统中一个关键课题。
However, mature theories and dependable experiments still lack in the research of the flow and heat transfer inside the microfluid. 但是,在微流体内部的流动和换热等方面仍缺乏成熟的理论和可靠的实验。
As the power source of microfluid chips, micropump is a main determinant of the whole analysis system, which is the hotspot in this field. 作为微流控芯片的动力源,微泵的性能直接关系到整个微流控系统的工作特性,一直是该领域研究的热点。