作者:Anthony Harriman、Mohammed A. H. Alamiry、Jerry P. Hagon、Delphine Hablot、Raymond Ziessel
DOI:10.1002/anie.201302081
日期:2013.6.24
Energy transfer: For large electronic systems in close proximity it is shown that the coulombic mechanism accounts for the rates of electronic energy transfer for both linear and perpendicular geometries across distances from 36 to 16 Å. Replacing the ideal dipole approximation with either a revised extended dipole or atom‐localized charges improves agreement between theory and experiment.
能量传递:对于紧密相邻的大型电子系统,库仑机制说明了从36到16Å的线性和垂直几何形状的电子能量传递速率。用修正的扩展偶极子或原子局部电荷代替理想偶极子近似可改善理论与实验之间的一致性。