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电流体 meaning in English

electrofluid

Examples

  1. Standard method for testing synthetic dielectric fluids for capacitors
    电容器用合成介电流体的标准试验方法
  2. 2 . two mechanisms of flow acceleration have been discovered by flow visualization , that is , paraelectric and peristaltic
    二、进行了流动显示实验,揭示了电流体顺电效应和蠕动效应两种加速机理。
  3. The flow visualization indicates the primary cause of the phenomena to be a combination of mass transport and vortical structures induced by strong paraelectric and peristaltic electrohydrodynamic ( ehd ) body forces on the flow . the main jobs of this paper can be generalized as follow : 1
    流动显示结果表明了该实验现象的初步原因,由于在自洽电磁场中等离子体的电流体( ehd )顺电力与蠕动力诱导了涡和能量输运所致。
  4. The piezoelectric - pump driven by piezoelectric - stack is a newly development trend , it can accommodate frequency and pressure in a large scale and control the output flux in precision . this pump will widely apply to transfusion , feed oil and clean the equipment in industrial automation , and scientific research , lab , chemical preparation and cooling of cpu etc . driven theory of piezoelectric - stack because the piezoelectric - stack is the core part of the pump that we designed , we should pay more attention to driven principle of the piezo - stack so that we can using it correctly . this paper introduces piezoelectric material and interrelated parameter , output characteristic and driven principle and driving type of piezoelectric - stack
    压电叠堆泵是一种以压电叠堆作为驱动元件的微型泵,它是随着mems的发展而发展起来的。本文提出利用压电叠堆与柔性铰链放大机构配合来驱动微型泵的横隔膜,以达到泵送流体的目的。本文在查阅国内外大量文献的基础上,总结了国内外压电叠堆泵的研究现状,分析了压电叠堆的动静态特性,提出一种以压电叠堆作为驱动源的压电流体泵的构想。
  5. In this thesis , active flow control with plasma has been investigated . a uniform , controllable , glow - charge surface plasma under one atmosphere has been generated successfully . and flow velocity has been induced in still air . consequently a new method about active flow control is discovered
    本文主要进行了在一个大气压下应用等离子体实现主动流动控制的研究,成功地在一个大气压下产生了均匀可控的射频辉光等离子体,采用电流体( ehd )技术在静止的空气中诱导了流场,开创了主动流动控制的一条新思路。
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Related Words

  1. 电流特性
  2. 电流提升
  3. 电流体动力学
  4. 电流体动力学电离质谱分析
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