1.【物】激子
1.a mobile neutral combination of an electron in an excited state and a hole in a crystal. Exciton activity is important in semiconductors.
1.however , with thickness of znse barrier increasing , mechanism of the exciton transference process changed.
随着隔离层厚度的增加，激子转移过程的机理发生变化。
2.The physical processes of electro-luminescence include injection, migration of carriers, creation of exciton and emission of photons.
有机电致发光包括载流子的注入、载流子的迁移、激子的产生、光子的发射等过程。
3.Based on tracing by using external exciton frequency as parameter, the frequency amplitude response property of the system in obtained.
同时以外激励频率为参数进行跟踪延续获得系统主共振时的幅频响应特性。
4.Adding a term of electrons correlation to the SSH model, we have simulated the formation and evolution of exciton in trans-polyacetylene.
在SSH哈密顿基础上引进电子关联，对反式聚乙炔链中光致激子的产生和演化过程实施分子动力学模拟。
5.The lowest exciton energy decreases as the particle size is increased, which is the effect of the size quantization.
量子点中激子的基态能量随量子点半径的增大而单调减小，这是量子尺寸效应的反映；
6.Finally some formula for performing intermediate exciton calculation are derived and the results are given in chapter 3.
第三章推导了一些中介激子理论的公式以及实际的计算结果。
7.the as grown ZnO, and then increased the phase space available for exciton relaxation.
增长的氧化锌，然后增加了相空间供重放松一下。
8.Exciton binding energy as afunction of barrier thicknessLAlGaN.
激子结合能随势垒层厚度LAlGaN的变化。
9.Secondly, at mediate field strength, the polaron and the exciton will pass through each other.
继续增加电场，极化子和激子相遇后彼此穿过对方。
10.A new model, based on unified Hauser-Feshbach and exciton model, for neutron induced light nucleus reaction has been developed.
在统一的豪泽-费许巴赫理论和激子模型的基础上，利用光学模型来处理中子诱发轻核核反应的一种新理论已经产生。