1. Propagation properties and self-waveguided fluorescence emission in conjugated molecular solids
- Author
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Dario Pisignano, Luisa Raimondo, Andrea Camposeo, Silvia Tavazzi, Leonardo Silvestri, Peter Spearman, Tavazzi, S, Spearman, P, Silvestri, L, Raimondo, L, Camposeo, A, and Pisignano, D
- Subjects
ORGANIC MATERIALS ,BLUE-LIGHT EMISSION ,Physics::Optics ,Dielectric ,Conjugated system ,Molecular physics ,Biomaterials ,Crystal ,molecular solid ,Optics ,Molecular solid ,P-SEXIPHENYL CRYSTALS ,Materials Chemistry ,self-waveguiding ,Electrical and Electronic Engineering ,Total internal reflection ,business.industry ,Chemistry ,Isotropy ,STIMULATED-EMISSION ,General Chemistry ,Condensed Matter Physics ,Fluorescence ,Reflectivity ,Electronic, Optical and Magnetic Materials ,internal reflection ,SINGLE-CRYSTALS ,fluorescence ,business - Abstract
The propagation properties of the emitted light from oligothiophene crystals are discussed. The internal reflectivity at the interface between the crystal and an isotropic ambient medium has been derived, allowing to discuss the effect of self-waveguiding of the emission on the basis of the components of the material dielectric tensor. (c) 2006 Elsevier B.V. All rights reserved.
- Published
- 2006
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