Hello @LatinXChem My name is Francis Rivas and we're grateful for allowing us share our work titled Decoupled Cylindrical Solar Concentrators. Comments, doubts and questions are welcome. #LatinXChem#LatinXChem2021#LXChemMat#Mat110
Hello @LatinXChem My name is Francis Rivas and we're grateful for allowing us share our work titled Decoupled Cylindrical Solar Concentrators. Comments, doubts and questions are welcome. #LatinXChem#LatinXChem2021#LXChemMat#Mat110
@WhittakerBrooks@LatinXChem The relationship between light emitted and absorbed by a luminophore or luminescent material could be calculated through Quantum Yield. For instance, dyes have a strong emission and their molar absorptivity or molar extinction coefficient are high. Hence their QY values are high.
@WhittakerBrooks@LatinXChem For the characterization of our LSC under 1 natural sun, It's possible that a matrix doped with upconversion luminophores doesn't show luminescence. This mechanism requires a higher incident power (which would be produced with optical mirror).
@WhittakerBrooks@LatinXChem Another use is in White LED, incorporating Eu(III) complex and Carbon-dot in the substrate. The film covers a blue LED and produces white light. These materials are downshifting type, they're easier to synthetize when compared with up- and downconversion luminophores
@WhittakerBrooks@LatinXChem Hi @WhittakerBrooks Thanks for your comment, I'm really excited. Nowadays, we're working with cylindrical luminescent solar concentrator, but the organosilane named d-Ureasil(600) has been tested for green LEDs doping with Tb(III) complex.