exciton transfer

Stark spectroscopy ( electroreflection spectroscopy) technique was applied to investigate the exciton transitions and charge transfer excitations in a Tin phthalocyanine ( SnPc) polycrystalline film.

采用斯塔克（Stark）光谱（电场调制反射光谱）技术研究了酞菁锡（SnPc）多晶薄膜中的激子跃迁和电荷转移。

Effects on exciton confinement and energy transfer in nano-line of low dimension polymer

低维聚合物纳米线中的激子限域和能量传递效应研究

Exciton transfer and the optical properties of two types of quantum islands ( dots) in ultrathin CdSe/ ZnSe layers

CdSe/ZnSe超薄层中两类量子岛（点）之间的激子转移和它们的光学性质研究

Exciton Transitions and Charge Transfer Excitations in Polycrystalline Tin Phthalocyanine Film Studied by Stark Spectroscopy

用斯塔克光谱技术研究酞菁锡薄膜中的激子跃迁和电荷转移

The results show that the pressure effectively enhances the NX → NN1 thermally assisted exciton transfer processes.

结果表明，压力效应明显地加强了N x→NN1的热助能量转移过程。