1) passive mircovalves
无源微阀
2) active microvalves
有源微阀
1.
Microvalves are divided into active microvalves and passive microvalves according to driving mechanisms of microvalves in microfluidic systems.
依据微流体系统中微阀的驱动机理,将微阀分为有源微阀和无源微阀两大类,然后对这两大类进行细分,将有源微阀分为压电、磁、静电驱动、热驱动、相变、双稳态、外部驱动等类型,将无源微阀分为悬臂梁式、薄膜式、毛细管、扭矩驱动等类型。
3) valveless micropump
无阀微泵
1.
Design and fabrication of plane valveless micropumps;
平面无阀微泵的设计与制作
2.
Basic Study on Valveless Micropump Driven by Shape Memory Alloy;
温控形状记忆合金驱动无阀微泵的基础研究
3.
Nozzle/diffuser valveless micropump can be integrated in micro fluidic chip as a fluid drive element, so it keeps a focus in micro fluid field, and get prominently developed.
扩散口/喷嘴式无阀微泵可集成在微流控芯片上作为系统结构中的流体驱动单元,因此一直是微流体领域的一个研究热点,受到人们的关注,十余年来取得了很大的进展。
4) valve-less micropump
无阀微泵
1.
It has been a key problem for the valve-less micropump.
但是当无阀微泵中出现气泡和气穴时,无阀微泵的工作性能和使用寿命大大降低,甚至无法正常工作,这已经成为无阀微泵的一个难题。
5) micro valveless pump
微型无阀泵
1.
Parametric design of structure and performance test of micro valveless pump;
微型无阀泵参数化结构设计及测试
2.
The structure and the operating principle of micro valveless pump are investigated theoretically and by experiments.
从理论计算和试验两方面研究了用于微流控化学分析芯片的微型无阀泵流动特性,初步建立了微型无阀泵流道结构的数学模型,重点讨论了结构参数的选取原则及相应的流动阻尼系数的计算方法。
3.
The structure and working principle of a new type of micro fluidic chip integrated with micro valveless pump have been introduced first By the mathematic modeling,simulations of micropump have been done to study the influence of structural parameters to flow characteristics,and the performance of the integrated micropump also has been tested with different control parameters.
介绍了集成微型无阀泵的激流控芯片的结构及工作原理,针对微型无阀泵进行了数学建模及系统仿真,测试了集成化微泵的流动特性,确定了基本控制参数,并将仿真与试验结果进行比较分析。
6) Micropump with valves
无阀型微泵
补充资料：无源
1.没有源头。 2.没有缘由。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条