Abstract

The time evolution of the fluorescence from a naphthalene “guest” and a betamethylnaphthalene “sensor” in a C 10D 8 “host” was measured at 1.8 and 4.2 K. A rigorous heterogeneous kinetic model is used to fit the data, based on quasi-coherent exciton motion, giving a mean-free-path of ≥ 10 2 lattice spacings for pure naphthalene.

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