photoelectrons信息详情
n.[物][电子]光电子
photoelectron spectroscopy───[物][分化]光电子能谱法；电光子分光光谱
photoelectric effect───光效应，[物]光电效应
is because photoelectrons injected into oil-gap from HV electrode could not be accumulated.───原因是带电粒子注入油介质过程中所产生的扰动使油间隙中不能积累空间电荷。
Noise scale factor is introduced and used to describe and process the standard deviation of photoelectrons of photodetector.───引入噪声比例因子来描述和处理光电探测器的误差。
Inelastic collisions among photoelectrons rapidly distribute their initially gained energy throughout the region of ionized gas.───之间的非弹性碰撞使它们原来获得的能量在整个电离气体中迅速分配。
And obtaining center patterns of photoelectrons from planar interference into line interference.───而由小角度散射的光电子相对减弱，中心图形由面干涉变为线干涉。
The influence of dopants on photoelectrons is tested microcosmically by microwave adsorption and detective spectrum detection technology.───利用微波吸收介电谱检测技术，从微观上测试了组合掺杂对光电子行为的影响。
In order to produce photoelectrons, light is needed as the source of radiation.───光电子的产生是需要有光作为辐射源。
Decay Characteristics of Photoelectrons in Sensitized Cubic AgCl Microcrystals───还原增感立方体AgCl微晶光电子衰减特性
Measurement of Decay Process of Photoelectrons from ZnO by Microwave Absorption Method───微波吸收法研究ZnO光电子衰减过程
When light enters the photocathode of a photomultiplier tube, photoelectrons are emitted from the photocathode.
Inelastic collisions among photoelectrons rapidly distribute their initially gained energy throughout the region of ionized gas.
Also, according to the local current balance model, the shaded-side spacecraft potentials under the condition of no photoelectrons are calculated.
Moreover, using the lifetime of free photoelectrons, the optimal doping amount of shallow electron trap dopants was found by analyzing the distribution condition of electron traps in silver halide.
Morevoer, using the lifetime of free photoelectrons, the optimal doping amount of shallow electron trap dopants was found by analyzing the distribution condition of electron traps in silver halide.
Noise scale factor is introduced and used to describe and process the standard deviation of photoelectrons of photodetector.
Semiconductor materials, such as titania, zinc oxide, cadmium sulfide and cadmium telluride have excellent UV absorption property to generate photoelectrons, which form photocurre...