离子风

  • 网络ion wind;ionic wind
离子风离子风
  1. 离子风加速、传播的距离很短,但是能扰动外流场在ESP中形成涡流。

    And ionic wind accelerate and finally disperse in a very short distance . But it would influence external flow and cause vortexes and turbulence .

  2. 本文利用PIV技术对单根芒刺电晕放电产生的离子风进行测试,结果表明离子风风速达2m/s以上,这对收集微细颗粒物是十分有利的。

    The ionic wind of single needle is measured by means of PIV technique in this paper , the results have shown that the velocity of ionic wind is higher than 2m / s , and this is very beneficial for collecting fine particles .

  3. ST102A悬挂式离子风机,其按交流型静电消除器原理设计而成,属电子类。

    ST102A SUSPENDED IONIZING AIR BLOWER , It is designed as the theory of alternating current electrostatic eliminator , belongs to electrical category .

  4. 芒刺电晕极场强分析与离子风测定

    Field Strength analysis and Ion Wind Measurement on Barbed Nall Corona Electrode

  5. 离子风喷头电场的研究

    The study on electric field of ion wind injector

  6. 空气净化过程中的电晕放电与离子风

    Corona Discharge and Ionic Wind in Air Cleaning Processes

  7. 配备高效离子风机有效的消除工件上的静电。

    High efficiency ionizing blower can eliminate static of the product during operation .

  8. 相比于电极直径、电极间距等因素,放电功率才是决定离子风性能的关键因素。

    And discharge power is the key factor determining the performance of ionic wind .

  9. 长芒刺电除尘器收尘性能及离子风效应研究

    Dust collection performance of electrostatic precipitator with long barbed nail corona electrode and ion wind effect

  10. 此外,微细粉尘的荷电和运动很容易受离子风及其它因素的影响。

    In addition , the charging and movement can be easily influenced by ion wind and other factors .

  11. 离子风的速度与放电电流的平方根,或者与放电电压线性相关。

    The speed of ionic wind is linearly positive to the square root of discharge current , or to the discharge voltage .

  12. 通过综合考虑卸料工艺流程和物料特性,提出吹吸式离子风双区电场的控制方法。

    Putting forward the control method of push-pull ionic wind generated by double district electric field , given both considerations to the the unloading process and material properties .

  13. 采用静电探针法分析了不同线板配置下的空间电流值,并对不同电场区域的离子风进行了讨论。

    Use the electrostatic probe method measure the current in ESP interior space when the wire-plate configuration is different , and discuss the ion wind distributing in different electric field region .

  14. 对实验结果的影响原因分析:针形电场通过离子风的作用影响火焰特性,而平板电场通过电场力对火焰中离子的作用来影响火焰特性,两者有本质区别。

    Analysis of the experimental results : Needle-shaped electric field effects flame characteristics by the ion wind , and flat field influences flame characteristics by the electrostatic force on the role of ions in flames , there are essential differences between the two .

  15. 高强度型铝机架、高效FFU、离子静电风机等配置,使设备与工作环境及工艺要求进一步结合。

    High strength aluminium body , high efficient FFU and ionizing blower optimize work environment and product requirement .

  16. 顶部情节描写低能离子的太阳风的原产地,以及底部图谋表明重离子强度与星球。

    The top plot depicts the low-energy plasma of solar wind origin , and the bottom plot shows heavy ion intensities associated with the planet .

  17. 氩离子注入模拟太阳风对月岩的作用

    Simulated experiments for the influence of solar wind on lunar rocks by argon ion implantation

  18. 文章对高压电场浓缩液体的机理进行了探讨,认为是内部离子注入、非均匀电场和外部离子风吹动三合一的结果。

    It is believed that the mechanism of concentrating liquid materials in this way is based on a combination of the internal injection of ions , the effect of an uneven electric field and the function of an external ion wind .