floating-paraphase circuit

基本解释阴极绝缘倒相电路

网络释义

1)floating-paraphase circuit,阴极绝缘倒相电路2)cathode-heater insulation resistance,阴极-丝极绝缘电阻3)insulated electrode,绝缘电极4)tool insulation,电极绝缘5)cathode phase inverter,阴极倒相器6)phase inverter circuit,倒相电路

用法和例句

The results show that the insulated electrode can be used to effectively improve electric field strength .

通过试验研究了电场和绝缘材料对乳状液分离率和沉降速率的作用,结果表明,绝缘电极板可在缩小极板间距的情况下有效提高场强并防止击穿,延长乳状液在电场中的停留时间可提高沉降速率。

cathode-heater insulation resistance

阴极-丝极绝缘电阻

heater-cathode insulation current

热丝与阴极间的绝缘电流

The electrical isolation of cathodic protected pipelines

阴极保护管道的电绝缘标准

The measuring cell consists of an insulated silver cathode.

测量电池是由绝缘的银阴极组成的。

A high - resistance wire or ribbon forming the cathode in some thermionic tubes.

丝极在一些电子管中形成阴极的高电阻的金属丝或金属带

The mosaic consists of a metal plate covered with insulating material.

嵌镶光电阴极由涂有绝缘材料的金属板组成。

unbypassed cathode resistor

未加旁路阴极电阻器

copies graphic matter by the action of light on an electrically charged photoconductive insulating surface in which the latent image is developed with a resinous powder.

通过电光在能内部阴极成像的光敏绝缘表面的移动来复印东西。

Effect of Tool Electrode Insulation on Electrochemical Micro Drilling Accuracy

阴极侧壁绝缘对微孔电化学加工精度的影响(英文)

Containing or producing the type of electric charge carried by electrons

(电)阴极的,负极的

cold cathode lamp

冷阴极电子管,冷阴极灯

Applied for marking filament,cathodes,setting rod at H.t,electrode etc.

用于制作灯丝,发射阴极,高温定型杆,电极等。

The effect of field emission properties of carbon nanotube cathodes on different substrates

衬底电极对丝网印刷CNT阴极场发射性能的影响

The cathode at the left is raised to a high temperature by the heater, and electrons evaporate from its surface.

左边的阴极被灯丝加热到高温,同时电子从阴极表面蒸发出来。

Gap: Consisted of high-temperature rating insulation material, it is intended to increase the reluctance to get the desired inductance.

气隙:由极高耐热性的绝缘材料构成,有意增大磁阻来得到合适的电感值。

"The electrodes and the insulator separating them must withstand high temperatures, as well as an electric stress of up to several thousand volts."

电极和隔开电极的绝缘体必须能耐高温,并能承受几千伏的电压。

Influence of Electrode Size on EDM Characteristics of Insulating Ceramics

电极尺寸对绝缘性陶瓷电火花加工特性的影响

Side-Insulation of Tool Electrode and Application in Micro ECM

微细电解加工用电极的侧壁绝缘及应用实验

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