请帮助修改。急等！！！

whzaaaa · 发表于 2004-1-27 04:29:00

1. Instead of the expected smooth profile of the 90 scattered light, there was a superposition of maxima and minima which correspond to distances of half the plasma frequency. Taking into account that Thomson scattering is based on that half part of the oscillation energy due to the quivering electrons in the laser field, the scattering corresponds to a leak of intensity, where the electron energy in the plasma is equal to the plasmon energy. 其中plasmon 是等离子体振子，quantum是量子
2. Assuming 10 ion distances and taking into account the spread of energy in the quantum minima of the Maxwell distribution, the thermal time of flight of electrons for this condition leads to a width of the quantum minima in the Maxwellian distribution of dE=h×R which, in the case of the arc result of Fig.2.3, is 2.2 meV. 其中Maxwellian是“麦克斯韦”，arc是“弧光”

1. 不是预期的90度散射光的光滑曲线，而是有最大值和最小值的重叠，对应于半等离子体频率的距离。由于激光场中电子的振动，考虑到汤姆森散射是基于振动能量的一半，散射对应于强度的泄漏，等离子体中电子的能量等于等离子体振了的能量。
2. 假设10个离子距离，考虑麦克斯韦分布的量子最小值中能量的传播，对这种条件下电子飞行的热运动时间导致了麦克斯韦分布中量子最小值宽度dE=h×R，图2.3对应的结果是2.2 meV。
请帮助修改。谢谢。

请帮助修改。急等！！！

发表回复

浏览过的版块


热搜: 防雾膜棒料红外反射膜光电二极管镀膜机反射膜光谱仪光电探头真空镀银滤光片光器件应用光学 zemax激光远心镜头 sio2 增透膜离子源栅网 zemax 论文高反膜半反半透膜