激子

Furthermore, direct excitons thermal transfer process between the wetting layer and quantum dots was observed.

利用速率方程模拟了激子在浸润层和量子点间的转移过程，计算结果与实验符合得很好

The facts offered a criterion to distinguish the two kinds of excitons, besides magnetism resonance experiments.

这些差异为区分两类激子提供了磁共振实验之外的判据。

Using rate equation excitons thermal transfer and quenching processes were analyzed quantitatively.

利用速率方程模拟了激子在浸润层和量子点间的转移过程，计算结果与实验符合得很好。

The coherence lengths of excitons in the mixed aggregates were investigated theoretically and experimentally.

从实验和理论两个方面研究了在混合分子聚集体中激子相干长度。

These photo generated excitons can be dissociated into free charge carriers by built in field at the organi.

这些激子被有机／有机界面的内建场离解成自由载流子。

Beginning with the luminescence mechanism of triplet excitons, recent progress in highly efficient light emitting devices using phosphorescent s...

本文从利用三线态激子的发光机制入手，综述了国内外在高效发光领域磷光材料利用的主要研究进展及发展方向

The analysis of the experimental results shows that the peak Y is due to the radiative recombination of the charged excitons in the ZnCdSe quantum wells.

耦合也导致了载流子在双阱间的非平衡分布，引起的局部电场，导致了荷电激子效应的减弱。

It is found that hydrogen incorporation influences the relative luminescence intensities of bound excitons, and, in particular, the intensity of I4 (3.363eV)is enhanced.

研究发现氢的引入影响了束缚激子的相对发光强度，特别是氢化以后I4峰(3.363eV)的强度增加。

First,we have studied the superfluorescence of the low density excitons in the thincristalfilm(two layers or three layers cristal lattice).

我们首先研究了薄晶片中低浓度激子的超荧光。

We don't make the rotating-waveapproximation and don't neglecte the coupling between the excitons with different wave vectorin our theortical calculation.

我们在理论计算中没有作旋波近似，也没有忽略不同波矢激子之间的耦合。

The split between the two groups can hardly be papered over.

这两个团体间的分歧难以掩饰。

This approach not only encourages a greater number of responses, but minimizes the likelihood of stale groupthink.

这种做法不仅鼓励了更多的反应，而且减少跟风的可能性。