An Analytical Quantum Model to Calculate Fluorescence Enhancement of a Molecule in Vicinity of a Sub-10 nm Metal Nanoparticle.

Abstract

An analytical quantum model is used to calculate electrical permittivity of a metal nanoparticle located in an adjacent molecule. Different parameters, such as radiative and non-radiative decay rates, quantum yield, electrical field enhancement factor, and fluorescence enhancement are calculated by such a model and they are compared with those obtained by… (More)
DOI: 10.1177/0003702816653127

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Cite this paper

@article{Bagheri2017AnAQ, title={An Analytical Quantum Model to Calculate Fluorescence Enhancement of a Molecule in Vicinity of a Sub-10 nm Metal Nanoparticle.}, author={Zahra Bagheri and R. Massudi}, journal={Applied spectroscopy}, year={2017}, volume={71 5}, pages={963-969} }