Publication | Closed Access
Effects of Stokes shift and Purcell enhancement on fluorescence-assisted radiative cooling
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Citations
35
References
2022
Year
Radiative Heat TransferOptical MaterialsEngineeringTio 2ChemistryLuminescence PropertyThermal RadiationPhosphorescence ImagingRadiative TransferPurcell EnhancementOptical PropertiesSmall Stokes ShiftPurcell FactorBiophysicsFluorescence-assisted Radiative CoolingPhysicsPhotochemistryStokes ShiftPhotonic MaterialsRadiative AbsorptionRadiative Transfer ModellingNatural SciencesSpectroscopyApplied PhysicsLight AbsorptionWater Surface ReflectancePhosphorescence
A Purcell factor of 2.6, obtained by matching the emission wavelength of phosphor with the Mie scattering resonance of TiO 2 nanoparticles, and small stokes shift improve the effective solar reflectance of fluorescent cooling coatings by up to ∼4%.
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