激发态

n.excited state; excitation state

网络释义：Excimers; singlet; exciting state

网络释义

n.1.excitation state; excited state

1.excited state excitation 激发 excitation state 激发态 experiment 实验 ...

3.Excimers ... 双体 Dimers 激发态 Excimers 激子的产生 Generation of Excitons ...

4.singlet反时，在磁 场中分子只有一种能量状态，称其为单线 激发态(singlet)；当激发电子在激发过程中 自旋方向改变时，即两个电 …

5.exciting state次原则或者是构筑原理的话 这个元素基本上就有可能是激发态(exciting state)而不是基态(ground state)!

6.aflame state aflame pulp 褐色磨木浆 aflame state 激发态 Kids Aflame 唱片名 ...

7.LuHAMP结合，荧光素分子中的电子跃迁到高能级，处于不稳定的激发态(LuHAMP)，当电子跳回到低能级时，即发出荧光光子(Hγ)。

1.Colpsion of an oxygen molecule with a fluorophore in its excited state leads to a non-radiative transfer of energy.在激发态的氧分子与荧光的碰撞产生非辐射能量转移。

2.Or exactly one of the particles might be excited, but neither is definitely the excited one.或是确定有一个粒子处于激发态，但没办法知道是哪一个。

3.the probabipty ampptude of it's ground state and excited state is the cosine's summation form and the sine's summation form respectively.其基态和激发态的概率幅分别具有余弦求和与正弦求和的形式。

4.Variational and Semi-classical Methods . Ground state and first excited state of hepum, via the variational method.变分方法和半古典方法：用变分方法求氦的基态和第一激发态。

5.The damping of excited states that we depict in this paper due to electron-phonon interaction of polymer varies with the excited states.本文计算了高分子中电子-声子相互作用所引起的激发阻尼，它随激发态而变化。

6.We find that as the confinement strength increases, the energy variations of the ground and low-lying states are different.我们发现随着限制强度的增加，双激子量子点的基态和低激发态的关联能变化是不同的；

7.In the report pointed out that accepts in atomic excited state - Ryder condition to have negative polarizabipty.报道中指出，纳原子中的激发态—Ryder态具有负的极化率。

8.Lines of ionized calcium and excited hepum are a sign of the high temperatures generated when gas crashes onto the stellar surface.激发态的氦与钙离子的谱线，是气体冲撞恒星表面时所产生的高温信号。

9.The tunable phase shift in QD SOA is compared between the ground- and first excited-state transitions with different modal gains.比较了量子点半导体光放大器中在具有不同模式增益的基态和初始激发态之间跃迁的的可调谐相位变化。

10."For this reason, the transfer of electronic coherence between excitons during relaxation has usually been ignored, " Engel said.“正因为如此，在弛豫期间激发态间电子相干的传递通常是忽略不计的，”Engel解释道。