hot electron

This paper reports hot electron energy spectrum measured with electron spectrometer, and Optical Transition Radiation measured with optical time-integrated image of CCD during the interaction of laser-solid target in targets at the rear-side radiation of laser on 20 Terawatt femtosecond laser facility.

报道了在20TWfs激光器上采用电子磁谱仪和光学CCD积分成像相机分别对激光固体靶相互作用在靶背方向产生的超热电子能谱及其光学渡越辐射进行的测量。

Because of the ballistic motion, hot electron diffusion and energy transport between the Cu film and substrate, the cooling process of electron system in the Cu film is speeded up.

这是由于在实验中电子弹道运动和热电子扩散作用的存在，以及薄膜和衬底间的能量输运，加快了薄膜内电子系统的冷却过程。

The behaviors of the channel hot electron ( CHE) stress at high temperature in LDD NMOSFET are studied and it is found that there is a linear correlation between SILC degradation and Vth degradation in NMOSFET during CHE stress.

对LDD nMOSFET中的高温沟道热电子应力特性进行了研究，发现高温沟道热载流子应力中SILC的退化和Vth的退化存在线性关系。

This Paper studies interface effect of avalanche hot electron in MOS structures.

本文研究了电子束蒸铝MOS结构的热电子雪崩注入的界面效应。

The decay time constant is larger than that of hot electron ring. This is conformed with results measured by use X-ray detector.

谱的发射，而在热电子环破裂之后，冷等离子体的衰减时间常数比热电子环的衰减时间常数大，这与X射线方法测量的结果是一致的。

Hot electron thermoelectric power under a microwave field

微波电场下的热电子温差电势率

In this paper, the effect of hot electron and warm ( hot ) ion components on the drift-cyclotron-instability ( DCI ) is studied.

分析了热电子、温 ( 热 ) 离子成分对离子漂移?旋不稳定性的影响.

The field assisted hot electron emission cathode with a metal/ insulator/ semiconductor/ metal structure is a main candidate for large screen displays.

具有金属/绝缘层/半导体/金属结构的场助热电子发射阴极是大屏幕显示器中的主要候选部件。

The gas "pressure window" for building a hot electron ring is ( 0.4-1.2)× 10 (-5) Torr, as the gyrotron output is about 30 kW.

在回旋管输出30kW功率的条件下，适于建立热电子环的气体压力窗为（0.4&1.2）×10~（-5）Torr。

A super thermal X-ray Fresnel zone plate coded imaging camera is developed and get used in hohlraum physics experiments. Space distribution of super thermal X-ray emit region which related to the action of super hot electron in a hohlraum is obtained at first time.

利用该成像系统在神光Ⅱ装置黑腔物理实验中首次获得了腔内超热X光发光区域空间分布图像，图像反映了腔内超热电子行为区域的空间分布特征。