单词查询
excitons
释义
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n. 【物】激子； 网络释义： 激发子；
例句
The embedded-molecular-cluster (EMC) model is introduced to understand the self-trapping mechanism of excitons in cubic nanophase.
采用分子团簇镶嵌模型解释了钛酸钡纳米晶立方相中的激子自陷机制。
At these extremely high frequencies, internal quantum-mechanical oscillations of the excitons themselves were excited.
在这种超高频的情况下，电子空穴的内部量子震荡会被激发出来。
They exploit the fact that the formation of excitons alters a material's absorption properties.
他们发现激子的构成改变了材料的吸波性能这一事实。
"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。
Secondly, we also research binding energies and PL spectroscopy of excitons in quantum rings in a magnetic field.
其次，还研究了磁场下量子环中激子的束缚能和PL谱。
Therefore, the collision between bipolarons and triplet excitons can enhance the efficiency of electroluminescence.
所以，双极化子和三重态激子的碰撞将有助于提高聚合物的发光效率。
Therefore, when light energy strikes the material, all of the excitons flow to the center of the fiber, where they are concentrated.
这样，当有光照射到材料上并激发激子后，所有激子将流向在纤维管的中心并在此集中。
That's important because excitons like to flow from high to low energy.
这种设计是很重要的，因为，激子总是喜欢从高能量流向低能量的。
From the behavior of energy shifting, two kinds of excitons (type-I and type-II) are observed.
从磁场下的能量移动，两种形式的激子都被观察到。
On the other hand, using emission from triplet excitons , the efficiency of organic EL devices can be increased to 100% theoretically.
另外，利用三重态激子发射可以提高EL器件效率，理论上可达100%；
采用分子团簇镶嵌模型解释了钛酸钡纳米晶立方相中的激子自陷机制。
At these extremely high frequencies, internal quantum-mechanical oscillations of the excitons themselves were excited.
在这种超高频的情况下，电子空穴的内部量子震荡会被激发出来。
They exploit the fact that the formation of excitons alters a material's absorption properties.
他们发现激子的构成改变了材料的吸波性能这一事实。
"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。
Secondly, we also research binding energies and PL spectroscopy of excitons in quantum rings in a magnetic field.
其次，还研究了磁场下量子环中激子的束缚能和PL谱。
Therefore, the collision between bipolarons and triplet excitons can enhance the efficiency of electroluminescence.
所以，双极化子和三重态激子的碰撞将有助于提高聚合物的发光效率。
Therefore, when light energy strikes the material, all of the excitons flow to the center of the fiber, where they are concentrated.
这样，当有光照射到材料上并激发激子后，所有激子将流向在纤维管的中心并在此集中。
That's important because excitons like to flow from high to low energy.
这种设计是很重要的，因为，激子总是喜欢从高能量流向低能量的。
From the behavior of energy shifting, two kinds of excitons (type-I and type-II) are observed.
从磁场下的能量移动，两种形式的激子都被观察到。
On the other hand, using emission from triplet excitons , the efficiency of organic EL devices can be increased to 100% theoretically.
另外，利用三重态激子发射可以提高EL器件效率，理论上可达100%；