Enhanced Semiconductive properties coupling for Photonics, Photovoltaics and Energy applications

SHAIMAA ELYAMNY; A. GUILLERMO BRACAMONTE

Perovskites Materials: Future, Challenges and Applications

Springer Nature

Año: 2024; p. 1 - 65

It was discussed the different uses of semiconductor nanoparticles, and related nanomaterials for energy conductions and harvesting. Thus, it was afforded different materials highlighting the properties of perovskites incorporated within heterojunctions and hybrid nanomaterials where varied materials and sources were joined. Different multi-layered substrates were presented; from where varied strategies for improved electron, energy transfer and harvesting were showed. Therefore, it was discussed the enhanced coupling of semiconductive properties for mentioned processes. In this way, varied nanomaterials and properties were showed to improve energy applications such as solar cells approaches. In this manner, it was discussed the incorporation of plasmonic properties from different material sources. In this direction, it was afforded to variable electromagnetic fields could affect the semiconductive properties. In this manner varied effects and potential applications within the energy research field. So, it was afforded to the development within research fields as nanophotonics, photovoltaics, and energy. Therefore, the development of solar energy cells was the main theme joining varied hybrid nanomaterials, photonic materials, and metamaterials with the incorporation of perovskites.