1.
Design and Fabrication of the Micropump and the Microvalve Based on MEMS Technology;
基于MEMS技术的微阀和微泵的设计与研制
2.
Structural Parameters Studies of Saw-tooth Microvalve in Valveless Micropump
无阀微泵锯齿型微流道结构参数研究
3.
DOES THE MPH INCREASE AS THE THROTTLE IS OPENED SLIGHTLY FOR IS SECONDS?
ＭＰＨ是否随着节流阀微开１５秒而增加？
4.
Study on Dynamic Characteristics of a Microfluidic Focusing System Based on Valveless Micropumps
无阀微流控调焦系统的动态特性研究
5.
Study of Valveless Piezoelectric Micropump Based on MEMS Technology
基于MEMS技术的无阀压电微泵的研究
6.
Simulation and Experimental Validation of a Valveless Piezoelectric Micropump in Parallel with Double Chambers
并联无阀压电微泵的仿真与实验研究
7.
Precision Control of Air Pressure Based on Micro-Adjusting Using High-Speed ON/OFF Valves
基于高速开关阀微调的气压精密控制
8.
A Study on the Microstructure of Polycrystalline Diamond Composite(PDC) for Valves
阀用PDC复合材料微观结构的研究
9.
Study and Design on Gas Pressure Control Method with Micro-Machined Silicon Micro-valves
基于硅微控阀门的气压控制器的设计
10.
This will enable the stem to expand slightly without bending or damaging the valve and will not affect valve shutoff.
这将使得阀杆能够稍微扩张，不至于弯曲或损坏阀门，也不影响阀门的关闭。
11.
After closing a gate valve with sufficient force to develop shutoff, the stem should be backed off slightly(1/8 to1/4 turn) to relieve stem load.
在以足够的力量关闭闸阀后，应该是阀杆稍微回转一点(/至1/转)以减轻阀杆的负载。
12.
In succession, the author educed movement differential equation of reed valve plate from differential element of the plate according to theory of elastic plate libration.
接着本文根据弹性薄板振动理论,由薄板的微元体导出簧片阀阀片的运动微分方程。
13.
So I throttled back to just above stalling Speed.
于是我调整节流阀，只比失速时稍微快一点。
14.
Research on Design, Fabrication and Application of Digital Valveless Micropump;
数字化无阀微泵的设计、制作及应用实验研究
15.
Study on the Microstructure and Performance of Austenitic Valve Steeel by Micro-Alloying;
微合金化奥氏体气阀钢的组织和性能研究
16.
Research on the Piezoelectrics-Stress-Fluid Coupling Numerical Simulation of the Valveless Micropump;
无阀微泵压电—应力—流体耦合场数值计算研究
17.
Vibration Analysis and Flow Field Numerical Calculation of the Piezoelectric Valve-Less Micropump;
压电式无阀微泵振动分析及流场数值计算
18.
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