Microscopic foundation of the Forster excitonic energy transfer process

Thomas P.; Moller M.; Eichmann R.; Meier T.; Stroucken T.; Knorr A.

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Microscopic foundation of the Forster excitonic energy transfer process

机译：Forster激子能量转移过程的微观基础

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We present a derivation of Forster coupling between two quantum dots by solving the equation of motion for the material excitation simultaneously with Maxwells equations. This allows us to identify the Forster process with the short-range contribution of the coupling that is mediated by the total electric field. The dependence of the coupling on the distance R of the dots is proportional to R-3, i.e. the rates follow the well-known R-6 behaviour. For distances between the sites longer than a quarter of the wavelength of light there is a cross-over to coupling due to the retarded light field, which is, proportional to R-1 i.e. the rates are proportional to R-2. [References: 4]

机译：通过同时求解材料激发的运动方程和麦克斯韦方程，我们提出了两个量子点之间的福斯特耦合的推导。这使我们能够通过总电场介导的耦合的短程贡献来识别Forster过程。耦合对点距离R的依赖性与R-3成比例，即速率遵循众所周知的R-6行为。对于位点之间的距离长于光波长四分之一的距离，由于延迟的光场而与耦合产生交叉，这与R-1成正比，即速率与R-2成正比。 [参考：4]

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《Physica status solidi, B. Basic research》 |2002年第1期|共5页
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Thomas P.; Moller M.; Eichmann R.; Meier T.; Stroucken T.; Knorr A.;
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1. Microscopic foundation of the Forster excitonic energy transfer process [J] . Thomas P., Moller M., Eichmann R., Physica status solidi, B. Basic research . 2002,第1期

机译：Forster激子能量转移过程的微观基础
2. Transfer of vibrational coherence through incoherent energy transfer process in Forster limit [J] . Tomas Mancal, Jakub Dostal, Jakub Psencik Canadian Journal of Chemistry . 2014,第2期

机译：在Forster极限中通过非相干能量传递过程传递振动相干
3. Forster Resonance Energy Transfer-Activated Processes in Smart Nanotheranostics Fabricated in a Sustainable Manner [J] . Wawrzynczyk Dominika, Bazylinska Urszula, Lamch Lukasz, ChemSusChem . 2019,第3期

机译：福尔斯特共振能量转移激活的过程，智能纳米陶瓷以可持续方式制造
4. Enhancement of Photovoltaic Device Performance in Close-Packed Nanowire Excitonic Solar Cells by Forster Resonance Energy Transfer (FRET) [C] . Karthik Shankar, Sanghoon Kim, Xinjian Feng, MRS Meeting . 2010

机译：通过FORSTER共振能量转移（FRET）提高近填充纳米线激发太阳能电池的光伏器件性能
5. Single molecule and single nanoparticle spectroscopic studies using Forster resonance energy transfer and nanometal surface energy transfer in biological applications. [D] . Jaquins-Gerstl, Andrea. 2007

机译：在生物应用中使用Forster共振能量转移和纳米金属表面能转移的单分子和单纳米粒子光谱研究。
6. Energy migration alters the fluorescence lifetime of Cerulean: implications for fluorescence lifetime imaging Forster resonance energy transfer measurements [O] . Srinagesh V. Koushik, Steven S. Vogel -1

机译：能量迁移改变Cerulean的荧光寿命：对荧光寿命成像的影响Forster共振能量转移测量
7. Non-Forster distance and orientation dependence of energy transfer and applications of fluorescence resonance energy transfer to polymers and nanoparticles: How accurate is the spectroscopic ruler with $1/R^6$ rule? [O] . Singh Harjinder, Bagchi Biman 2005

机译：能量转移的非福斯特距离和取向依赖性以及荧光共振能量转移到聚合物和纳米粒子的应用：带有$ 1 / R ^ 6 $规则的光谱尺的精度如何？

Microscopic foundation of the Forster excitonic energy transfer process

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