EET:励磁能量传递
“激发能转移”这一科学术语在学术与化学领域应用广泛,为便于快速书写与交流,常缩写为EET。该概念描述了能量在分子或原子间的传递过程,是理解光化学反应和能量转换机制的重要基础。
Excitation Energy Transfer具体释义
Excitation Energy Transfer的英文发音
例句
- A fluorescent sensing membrane for iodine based on intramolecular excitation energy transfer of anthryl appended porphyrin
- 基于分子内荧光能量转移的碘聚合膜荧光传感器
- Excitation energy transfer and ion-ion interaction in Nd_xY_ ( 1-x ) PO_4 crystals
- NdxY(1-x)PO4晶体中激发能量的传递和离子-离子相互作用
- The excitation energy transfer between molcculars of laser dye dimethyl-POPOP and DCM in solution has been studied by measuring the fluorescence emission and decay kinetics.
- 利用荧光发射及其衰变动力学测量,研究了激光染料分子二甲基-POPOP和DCM在溶液中的分子间能量传递。
- CP43 and CP47 are two pigment protein complexes, which constitute the photosystem II ( PSII ) core antenna, and play an important role in excitation energy transfer.
- CP43和CP47是构成光合生物内周天线的两个重要的色素蛋白复合物,在生物体内主要起着传递激发能的作用。
- Spectra characteristics of excitation energy transfer in ps ⅱ core complex
- 光系统Ⅱ核心复合物激发能传递光谱特性
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