由于不同元素其电子波函数各有不同的波长和频率,形成不同的电子能态(energy states),而造就其不同的化学性质,所以我们也可以说各个元素皆以其特定的振动频率保持活动,从而产生不同的能量。
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一些被激活的能量状态(energy states)会持续很长一段时间,另一些却很短。一般情况下,这种能量的消散是无害的,但偶尔会激发一种化学反应,改变DNA分子的结构。
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quantum energy states 量子能源状态
surface energy states 表面能量状态
United States Department of Energy 美国能源部
energy states in collective model 集体模型能谱
United States Atomic Energy Commission 美国原子能委员会
Clean Energy States Alliance 清洁能源
同义词: energy level
以上来源于: WordNet
So we're going to have unequal energy states.
这样我们会有不同的能量状态。
That is the difference between these two energy states.
这个能量就是两能级之间的能量差。
How you have a very, very narrow distribution of system energy states at equilibrium.
你如何有相当,相当狭窄的能态分布,能在平衡时。
At the same time, Mister Oppenheimer became chairman of the advisory committee to the United States Atomic Energy Commission.
VOA: special.2009.06.14
That is the difference between these two energy states.
这个能量就是两能级之间的能量差。
So whenever we're thinking about energy states, it's lways more stable to be more low in an energy well, so that's why it makes sense that it's favorable, in fact, to have an electron interacting with the nucleus that stabilizes and lowers the energy of that electron by doing so.
负的能量越多,能级越低,无论何时,能级总是越低越稳定,所以这就是为什么电子更,倾向于通过和原子核相互作用,来稳定并降低电子的能级。
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