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MATERIAIS HÍBRIDOS ORGÂNICOS-INORGÂNICOS PARA CÉLULAS SOLARES DE PEROVSKITE

MATERIAIS HÍBRIDOS ORGÂNICOS-INORGÂNICOS PARA CÉLULAS SOLARES DE PEROVSKITE

Iftikhar Ahmad / Zeeshan Muhammad

100,09 €
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Editorial:
KS OmniScriptum Publishing
Año de edición:
2026
Materia
Física
ISBN:
9786209881664
100,09 €
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Sobre IBD

Este trabalho estuda uma classe promissora e de baixo custo de materiais solares chamados perovskitas híbridas orgânico-inorgânicas. Na última década, estes materiais melhoraram de cerca de 4% para quase 27% de eficiência solar. Utilizando simulações computacionais avançadas, o autor examina um material de perovskita comum, o $FAPbI_3$, e compostos relacionados onde alguns átomos de iodo são substituídos por bromo. O estudo mostra que alterações na estrutura cristalina ou na composição química afetam a forma como o material absorve a luz solar e a facilidade com que as cargas elétricas se movem no seu interior. Algumas alterações alteram a cor da luz absorvida e influenciam a força com que os eletrões e as lacunas permanecem unidos, o que é importante para o desempenho das células solares. Estes resultados ajudam a explicar como os cientistas podem ajustar a composição e a estrutura destes materiais para projetar células solares mais baratas, eficientes e fiáveis no futuro.

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Otros libros del autor

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