激发能传递

  • excitation energy transfer
激发能传递激发能传递
  1. 光系统Ⅱ核心复合物激发能传递光谱特性

    Spectra characteristics of excitation energy transfer in ps ⅱ core complex

  2. 香豆素、罗丹明衍生物和DCM激光染料分子间的激发能传递

    Excitation transfer between coumarin , rhodamine derivatives and laser dye DCM molecules

  3. 凝聚相有机分子的激发能传递研究(Ⅱ)&激光染料二甲基-POPOP和DCM分子间的激发能传递

    Study on excitation transfer between organic molecules in condensed phase (ⅱ): excitation transfer between laser dye dimethyl-popop and DCM molecules

  4. 最快的三个寿命210fs、520fs和5.2ps反映了三聚体chlb分子向Chla分子的激发能传递过程;

    The three fastest lifetimes of 210 fs , 520 fs and 5.2 ps directly reflect from trimeric Chl b to Chl a energy transfer processes .

  5. 在低温下研究了温度对反应中心RC色素分子传能动力学的影响,并得到低温下电荷分离前激发能的传递途径大致相同的结论,该结论还没有见过文章报导。

    Influence of temperature on energy transfer kinetics of the pigment molecules in reaction center was studied at low temperature using the femtosecond time-resolved transient and steady state fluorescence spectrophotometer .

  6. NO能使藻细胞激发能的传递效率提高,从而提高光合作用速率,表现为细胞生长加快,藻细胞生物量增加。

    NO can improve the transfer efficiency of cell exploding energy , and enhance the photosynthesis speed , so the algae cell growths are quickened , and the algae biomass are increased .

  7. 这表明,在非均相体系中,HB光敏反应激发能转移和电子传递具有新的特点和规律。据此推测,HB在生物非均相体系中的光敏损伤作用将会有新的特征。

    This indicates that the process of energy and electron transfer in heterogeneous system possesses new characters , which suggests in biological heterogeneous system , the photodynamic effect of HB will show new features .

  8. 结果表明,高光胁迫影响激发能在两个光系统之间的分配,抑制激发能向PSⅡ传递。

    In both cultivars of rice , the excitation energy distribution between two photosystems was altered and the excitation energy transfer from light harvesting chlorophyll protein complexes to PS ⅱ was inhibited by high light stress .