热电子发射的英文

• hot electron emission
• hot-electron emission
• thermal electron emission
• thermionic emission
• thermo-electronic emission
• thermoionic emission

• "热电子"英文翻译    thermoelectron; negative the ...
• "发射"英文翻译    launch; radiate; project; di ...
• "热电子发射体" 英文翻译 :    cathode emitter; hot electron emitter
• "场致热电子发射" 英文翻译 :    thermionic field emission
• "热电子发射电流" 英文翻译 :    thermoelectronic emission current
• "热电子发射密度" 英文翻译 :    thermionic emission density
• "场助热电子发射显示器" 英文翻译 :    field assistant hot electron emission display
• "电子发射" 英文翻译 :    electron ejection; electron emission; electronic emission spectrum
• "电子发射极" 英文翻译 :    electron emitter
• "电子发射率" 英文翻译 :    electron emissivity; electronic emissivity; emission
• "电子发射面" 英文翻译 :    electron emitting area
• "电子发射器" 英文翻译 :    electronic emitter
• "电子发射体" 英文翻译 :    electro emitter; electron emitter
• "光电子发射" 英文翻译 :    photoelectron emission; photoelectronic emission
• "冷电子发射" 英文翻译 :    cold electron emission
• "阳电子发射" 英文翻译 :    positron emission
• "正电子发射" 英文翻译 :    positron emission; positron radiation; positron-emitting
• "变换电子发射" 英文翻译 :    conversion-electron emission
• "场致电子发射" 英文翻译 :    field electron emission
• "次级电子发射" 英文翻译 :    secondary electron emission
• "电子发射表面" 英文翻译 :    electron emitting surface
• "电子发射部件" 英文翻译 :    electron emission parts
• "电子发射常数" 英文翻译 :    electron emission constant
• "电子发射电流" 英文翻译 :    electron emission current
• "电子发射光谱" 英文翻译 :    electronic emission spectrum

• The liberation of electrons from a hot wire is called thermionic emission .
  电子从热灯丝逸出，叫做热电子发射。
• Fabrication of 10 inch field assistant hot - electron emission display
  10英寸场助热电子发射显示屏的制作
• Influence of laser incidence angle on hot electrons generated in the interaction of ultrashort intense laser pulses with foil target
  激光入射角对靶面方向超热电子发射的影响
• These emission peaks are located in the directions of the specular reflection of laser , the target normal and the back - reflection of laser respectively
  这些超热电子发射峰分别沿着激光反射方向、靶法线方向和激光背反射方向。
• In the experiment of the angular distribution of the hot electrons emission , three - peaks and double - peaks emission of the hot electrons resulted from the multi - acceleration mechanisms are observed in our experiments
  在超热电子发射的角分布实验研究中，发现由几种加速机制所支配的超热电子的三峰发射和双峰发射。
• The peak in the direction of the target normal is consistent with mat of predicted by the resonance absorption and another peak of hot electrons emission in the specular reflection direction is due to the multi - acceleration mechanisms . the hot electrons emission along the back - reflection direction is probably caused by the acceleration of the back - reflection laser , which is for the first time put forward by us
  其中，靶法线方向的超热电子发射峰与共振吸收( res ~ eabso甲tion )机制所预言的一致;根据理论估算提出激光反射方向的超热电子发射峰是几种加速机制共同作用的结果;我们首次提出背反射激光加速超热电子的新机制，并用此机制解释了激光背反射方向产生的超热电子发射峰。
• In the investigation of the interaction of the us - ui laser pulse with the plasma , a standard - ray source is firstly used to absolutely calibrate lif mermc - luminescence dosimeters ( tlds ) , and the dosimeter are employed as the angular distribution spectrometer and the energy spectrum spectrometer of the hot electrons
  在超短超强激光等离子体相互作用的研究中，首次采用137cs邓标准源对lif热释光探测器( tlds )进行了绝对标定。并以此作为电子角分布仪和电子谱仪的探测元件，研究了超短超强激光与等离子体相互作用中超热电子发射的角分布和能量分布。
• This project which is based on the demand of increasing the electron tube ’ s qualities totally and reducing the manufacture cost has done a large amount of investigative work as follows to improve and perfect the technologies for the important part of electron tube manufacture ? the grid surface processing : on the surface processing of the molybdenum grid , the primary purpose is to reduce thermionic emission and secondary electronic emission of the grid . by the constantly experiment and grabbling the different technology routes , we have successfully developed these new technologies on the tac and zrc electrophoresis and electroplating platinum black of the grid , and made its surface cladding quality very stable and reliable
  本课题是基于整体提高电子管的质量和降低生产成本的要求,对电子管生产中的重要部分? ?栅极的表面处理技术进行改进和完善,主要在以下方面进行了深入研究:在钼栅极表面处理方面,主要为实现降低栅极的热电子发射和二次电子发射,通过不同工艺路线的不断试验和摸索,成功开发出栅极电泳tac 、 zrc和电镀铂黑的新工艺,使栅极的涂覆质量稳定可靠。
• However , the most commonly used x - ray sources didn " t change much no matter in structure or theory , still using thermionic cathodes as electron sources . such conventional x - ray tubes have some defaults , such as big volume , low frequency response , demanding for supply to cathode that was also brittle
  目前使用的x光源的基本特点是采用热电子发射形式即采用热灯丝作为电子发射源，在高压加速下轰击阳极产生x射线，这样的光源体积较大，需要加热阴极的电源，且对频率响应慢。

• 热电子发射的法语：thermoïonique émission thermoïonique thermoïonique