热电子的的英文

• thermionic
• thermoelectronic
• thermoionic

• "热电子"英文翻译    thermoelectron; negative the ...
• "的"英文翻译    4次方是 The fourth power of 2 i ...
• "热电子" 英文翻译 :    [电学] [半] thermoelectron; negative thermion; hot electron
• "电子的" 英文翻译 :    elec electronec; elec electronic; elecrtonic; electronical
• "超热电子" 英文翻译 :    superthermal electron
• "非热电子" 英文翻译 :    non thermal electron; nonthermal electron
• "沟道热电子" 英文翻译 :    channel hot electrons
• "热电子,热离子" 英文翻译 :    thermion
• "热电子传导" 英文翻译 :    thermionic conductance
• "热电子电弧" 英文翻译 :    thermionic arc
• "热电子电流" 英文翻译 :    thermionic current
• "热电子发射" 英文翻译 :    hot electron emission; hot-electron emission; thermal electron emission; thermionic emission; thermo-electronic emission; thermoionic emission
• "热电子放射" 英文翻译 :    thermionic emission
• "热电子公司" 英文翻译 :    thermo electron corp
• "热电子管" 英文翻译 :    thermionic tube
• "热电子喷注" 英文翻译 :    hot-electron injection; injection hot electron; injection, hot electron
• "热电子像" 英文翻译 :    thermionic image
• "热电子效应" 英文翻译 :    thermoelectronic effect
• "热电子学" 英文翻译 :    thermionics
• "热电子阳极" 英文翻译 :    thermal cathode; thermionic cathode
• "热电子阴极" 英文翻译 :    thermionic cathode
• "热电子引擎" 英文翻译 :    thermoelectron enigne
• "热电子整流" 英文翻译 :    thermionic rectifier
• "热电子注入" 英文翻译 :    hot electron injection
• "弱热电子" 英文翻译 :    near thermal electron

• 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。
• From the scaling law about hot electron temperature given by vh model , the hot electron measured by experiment was reasonable , the temperature was higher than the temperature given by resonant absorption scaling law
  真空吸收是产生高能超热电子的主导过程，从真空吸收给出的超热电子温度定标率来看，实验中测量得到的超热电子温度是合理的。
• 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。
• The experimental results are helpful to understand the acceleration mechanisms of the hot electron emission in the interaction of the us - ui laser pulse with plasma . an anisotropy energy distribution of the hot electrons emiaon has been observed for the first time in the experiments . the energy spectrum of hot electrons resulted from the resonance absorption at the direction of target normal is a maxwellian - like distribution
  E11分布，拟合的超热电子有效温度约200kev左右，超热电子的最大能量约zmev ，加速电子的主导机制是共振吸收机制;反射方向超热电子的能谱在低能段出现一个局部的平台( pla1leau ) ，呈现出非类maxwen分布，这是几种加热机制共同作用的结果，其中占主导地位的是反射激光加速机制。
• In this paper , such three points are studied as : a ) the angular distributions of the hot electrons emission under laser irradiation at different incidence angles and at different polarization direction , the angular distribution of the hot electrons in the different energy range , and the effects of laser prepulse on the angular distributions of the hot electrons emission ; b ) the energy distribution of the hot electrons at different directions , from the metallic targets and the dielectric targets , in the different energy range of the hot electrons , and the effects of the atomic number z on the energy distribution of hot electron generated by the metallic targets ; and c ) the energetic proton emission resulting from the interaction of the us - ui laser pulse with plasma
  本论文进行了三个方面的研究：第一，超热电子角分布的研究，包括不同激光入射角下超热电子的角分布；激光不同偏振态下超热电子的角分布；激光预脉冲对超热电子角分布的影响；不同能段的超热电子的角分布。第二，超热电子能量分布的研究，包括不同方位超热电子的能量分布，金属与非金属靶材的超热电子的能量分布，金属原子序数z对超热电子能量分布的影响以及不同能段超热电子的能量分布。第三，研究了超短超强激光与固体靶相互作用所产四川大学博士学位论文生的高能质子发射和能谱。
• The main points include : the bias electric field and the charges in the traps are the main reasons to generating hot electrons , the number and the kinetic energy of hot electrons are determinative for damage degree of ga ? s bands , relaxation degree of ga ? s network reflects the degree of breakdown , and the number of the detrapping of trapped electrons reflects the degree of restoration
  其主要作用机制为:偏置电场和陷阱电荷电场可产生大量热电子，热电子的数量和动能决定ga一as键的损坏程度， ga一as的断裂程度反映pcss ’ s的击穿类型，而退陷电荷的数量则反映了pcss ， s可恢复损伤的程度。

• 热电子的的法语：thermo-électronique