1) digital microfluidic device
数字微流控器件
1.
Based on the fundamental theory of EWOD and with the help of computational fluid dynamics(CFD) software,CFD-ACE+,the processes of transporting,creating,dividing and merging droplets of water in the digital microfluidic device with a typical Sandwich structure are simulated successfully.
根据介质上电润湿的基本理论,利用计算流体动力学软件CFD-ACE+,成功模拟出了典型的“三明治“结构数字微流控器件中水滴输运、产生、分离和合并的全过程。
2) digital microfluidics
数字微流控
1.
Droplet scheduling algorithm for digital microfluidics-based biochips;
基于数字微流控生物芯片的液滴调度算法
3) microfluidic device
微流控器件
1.
The highly integrated microfluidic devices were suitable for high-density, parallel sample proces.
除广泛采用的光学和电化学检测手段外,质谱也被用作这些微流控器件的检测器,并逐渐形成了微流控器件-质谱联用技术专门研究领域,进一步促进了自动化程度好、灵敏度高、特异性强的高通量生物分析方法的迅速发展。
4) digital microfluidic system
数字微流控系统
1.
According to the fundamental theory of Electrowetting-on-Dielectric (EWOD), the factors that affect transportation and creation of droplet of liquid in Sandwich-structure devices for digital microfluidic systems have been theoretically analyzed, and a novel dispenser of droplets of liquid has been developed in which the liquid is sandwiched between the top and bottom plates.
根据介质上电润湿的基本原理,对用于数字微流控系统的“三明治”结构器件中影响液滴输运和产生的因素进行了理论分析,并研制出了一种新型液滴产生器原型:液体被夹在上下两个电极板之间;下极板采用硅作为衬底、LPCVD掺杂多晶硅微电极阵列上热氧化生长的的SiO2薄膜作为介质层;上极板采用ITO透明导电玻璃板作为地电极;另外,在上下极板的表面都均匀旋转涂覆了一层30nm厚的Teflon薄膜为表面疏水层。
5) Digital micromirror device
数字微镜器件
1.
Optimized design of digital micromirror device;
数字微镜器件的优化设计
2.
To improve the spatial light modulation properties of digital micromirror device(DMD),and exert its performance in optical information processing,the phase modulation properties of digital micromirror device have been investigated.
为了提高数字微镜器件(DMD)的空间光调制性能,发挥其在光信息处理中的作用,研究了的数字微镜器件相位调制性质。
3.
The heart the DLP projection display is the digital micromirror device (DMD), which is a device consists of fast digital light reflective switches array.
数字式光处理(DLP—Digitallightprocessing)投影显示技术的核心是数字微镜器件(DMD-Digitalmicromirrordevice),它是一种基于半导体制造技术,由高速数字式光反射开关阵列组成的器件,采用二进制脉宽调制技术能精确地控制光源。
6) DMD
数字微镜器件
1.
The characteristics of spatial light modulator and controlling gray level of DMD have been particularly introduced in this paper.
重点讨论了数字微镜器件(Digital Micromirror Devices,DMD)的空间调制特性以及灰度等级控制特性,在此基础上提出了基于 DMD 器件的激光成像雷达目标模拟器反射图像的灰度级的控制方法。
2.
This paper introduces DMD characteristics and expounds the special techniques used in DLP projection display.
介绍了数字微镜器件(Digital Micromirror Device,DMD)的特点,对DLP投影显示中的特殊技术进行了论述。
3.
At the heart of the DLP projec-tion display is the Digital Micromirror Device DMD a semiconductor-based array of fast reflective digital light switches that precisely control a light source using a binary pulsewidth modulation technique.
数字光处理(DLP)投影显示技术的核心是数字微镜器件(DMD),这是一种基于半导体制造技术、由高速数字式光反射开关阵列组成的器件,采用二进制脉宽调制技术能精确地控制光源。
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。