A series of intermolecular charge transfer ( CT) spectral bands was observed, which demonstrated the unique advantage and high sensibility of Stark spectroscopy in revealing weak CT transitions buried under strong Frenkel exciton bands. 观察到一系列分子间电荷转移所形成的双分子激子谱带,显示了斯塔克光谱技术在探测淹没于弗伦克尔(Frenkel)激子带下面的微弱电荷转移跃迁方面具有独特的优点和很高的灵敏度。
The motion of Frenkel exciton 夫伦克耳激子的运动
The present article takes the Frenkel exciton in a crystalline planar waveguide as a model to set up a microscopic quantum theory of the optical waveguide. 本文以平面晶态波导结构中Frenkel激子为模型,建立光波导的微观量子理论。
Phase Relaxation of Frenkel Exciton Migration in the Nanostructure Mixed Molecular Aggregates 纳米混合分子聚集体材料中弗兰克尔激子迁移的相位弛豫
Self Trapped Energy of Frenkel Exciton in Ionic Crystal 离子晶体中Frenkel激子的自陷能