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A Concept for Molecular Addressing by Means of Far-reaching Electromagnetic Interactions in the Visible

机译:借助可见光中广泛的电磁相互作用进行分子寻址的概念

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A pronounced concentration dependence of the time constant of fluorescence decay was found, disproving Strickler- Berg’s equation restricting molecular light emission to a local process. Thus, interactions were found significantly extending to more than 100 nm and make such systems promising for interfaces between molecular dots or more complex molecular arrangements and conventional macroscopic electronics.
机译:发现了荧光衰减时间常数的明显浓度依赖性,这证明了Strickler-Berg方程将分子光发射限制在局部过程中。因此,发现相互作用显着扩展到超过100nm,并使这种系统有望用于分子点或更复杂的分子排列与常规宏观电子学之间的界面。

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