量子理论预示,真空中蕴藏着巨大的本底能量, 它在绝对零度条件下仍然存在, 称为零点能(Zero point energy)。对卡西米尔(Casimir)力(一种由于真空零点电磁涨落产生的作用力)的精确测量,证实了这一物理现象。
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...决了半古典方法所不能解决的问题,同时也发现在没有任何电磁波的真空中,有导因于真空电磁扰动的「零点能量(zero point energy).而且,原本无法理解自发辐射会自然发生的原因,也获得了解答.
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zero-point energy 零点能量
Vacuum zero-point energy 真空零点能量
Zero Point Energy State 零点能状态
Zero Point Energy Warhead 零点能量弹头
zero-point energy correction 零点能修正
zero point energy of vacuum 真空零点能
Use the ZPE (zero point energy) , revise the whole energy.
对于单点能采用零点能校正。
A statistical expression of the late constant was raised, in which the zero point energy was considered, and the calculated results were in a good agreement with the experimental.
在考虑零点振动能后提出了一个速率常数的统计表达式,与实验结果符合很好。
The intermolecular interaction energy is calculated with MP2 electron correlation correction, basis set superposition error (BSSE) correction and zero point energy (ZPE) correction.
经MP2电子相关和基组叠加误差(BSSE)以及零点能(ZPE)校正,求得分子间相互作用能;
It's much more relevant to set our zero point energy as the separation of a bond in terms of talking about the reactions that we'll usually be dealing with here.
更好的是把零点能定在,键断裂的时刻,在讨论化学反应的时候,而我们以后将经常遇到化学反应。
I want to point out that the zero energy is defined as when you have a naked proton -- where the electron has popped out -- that's what we've defined as zero energy up to this point when we're talking about single atoms.
我想指出,这里零点能的定义,是当我们只有一个裸露的质子,而没有电子时-,到目前为止对零点能一直采用这样的定义,当我们在讨论单个原子时。
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