...BDA8C6E4B5DDBDBBCEF7B0B2BBE1D2E95F2E646F63> 关键词: 光子能量 等效原理 经典力学 [gap=2156]Keywords: photon energy, equivalence principle, classical mechanics ..
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Controlling Photon Energy 控制光子数量
Photon energy band 光子能带
Photon Energy Changes 光子能量带来变化
The Photon Energy 光子能量
effective photon energy 释义有效光子能量
photon energy resolution 光子能量分辨
Transfer of laser photon energy 激光能量传递
energy Photon Detector 低能光子探测器 ; 释义低能光子探测器
Through the simulation we find that the excited molecule decays to the electronic ground state through different radiationless pathways by given the different photon energy and laser pulses, and the life time of the tracks is also different.
模拟发现,给定不同的激光流量和光子能量,UA由反式转化为顺式的路径不同,各轨道存在的时间也有所不同。
参考来源 - AP与HMX、RDX反应机理的理论研究及UA光致异构化反应的动力学模拟·2,447,543篇论文数据,部分数据来源于NoteExpress
There are two parts to this: First, as you lose electrical power, Photon Energy will replace it.
对这问题可分为二个部份:首先,当你失去电力之时,光子能量将会替换它。
This is will be where the Photon Energy envelops the Earth plane and the three days of darkness begin.
这将会是光子能量笼罩整个地球表面和三天的黑暗开始之时。
If the photon energy is greater than the bandgap of the cell material, then electrons are excited into the conduction band.
如果光子的能量高于电池材料的能带,那么电子就被激发到导带中。
If another photon strikes one of these high-energy electrons, the electron releases two photons that travel together at the same wavelength.
VOA: special.2010.09.01
No, OK and that's correct, because each photon of light actually has more energy than is needed to eject an electron.
没有,好,对了,因为每一个光子实际上,都有更多的能量去逐出一个电子。
Yes. In fact, there is not enough energy in a single photon to go ahead and eject an electron from this zinc surface.
是的,事实上,这里的光子没有足够的能量,去从锌表面逐出一个电子。
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