激子

That is because the limitation effects of quantum well structure on the electrons and holes, and this structure could improve the composite probability of excitons in the light-emitting layer, thereby increasing brightness and efficiency of OLED.

实验结果表明适当周期数的量子阱结构器件的亮度和电流效率比传统的三层结构器件的要大，主要原因是量子阱结构对电子和空穴的限制作用，这种限制作用提高了电子和空穴在发光层中形成激子和复合的几率，从而提高了发光的亮度和效率。

The effective mass approximation model can very well describe the behaviors of the excitons confined in the dots.

有效质量近似模型可以很好地描述激子的基态能量的量子尺寸效应。

We also calculated the details of the eigenfunction.

由于周期折皱界面引起的激子质心运动量子化使得光吸收谱中出现了新的几乎等距的吸收峰。

The usually used electron-transporting materials have disadvantages.They can be easily formed crystal,have lower electron affinity,a narrow gap and difficult to limit the complex exciton to the luminescence layer,all of these disadvantages limit,their application.

有机电致发光材料中常用的电子传输材料容易结晶和低的电子亲和性限制了它的应用；并且能隙较窄，难以将复合激子限制在发光层。

Results showed it was 1 order of magnitude higher than that in the ground state.

用激子相位空间充满理论对非线性效应的激发态增强作了圆满的解释。

Said material contains 1,8-naphthoyl imine and carbazole, functional group, and this luminescent material can ensure that the injection of current carrier and combination to produce exciton are produced in the molecular interior, so that it can simplify the production process of device.

该材料含有1，8－萘酰亚胺和咔唑功能团。这种发光材料可保证载流子的注入、复合到激子的产生都发生在分子内，简化器件的制作工艺。

The properties of strong-coupling excitons in semiconductor quantum dots are investigated using the linear combination operator and unitary transformation methods.

研究了抛物型半导体量子点中强耦合激子的性质。

The photoluminescence of y-MnS was a unique local luminescence phenomenon and dependent on the interaction between the local magnon alignment and the local impurity-disturb.

MnS薄膜的光致发光是一个局域现象，局域的激子自旋取向和局域杂质-微扰的相互作用，共同形成了这种独特的发光现象。

ZnO is a wide band-gap semiconductor with the high exciton binding energy of 60 meV.

ZnO的激子束缚能高达60meV，具有优良的光学性质。

Zinc oxide is an interesting wide band gap (3.3 eV) semiconductor material with a binding energy of 60 meV.

氧化锌是一种重要的宽禁带隙（3.3 eV）半导体材料，它的激子束缚能高达60 meV。

But we don't care about Battlegrounds.

但我们并不在乎沙场中的显露。

Ah! don't mention it, the butcher's shop is a horror.

啊！不用提了。提到肉，真是糟透了。