P. Sarkar, Saradindu Panda, B. Maji, A. Mukhopadhyay
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Effect of Various Dielectrics to Plasmonic Improvement in Metal-Dielectric-Semiconductor Substrate
Recently, Plasmonic gives increased interest that has been received as a way to enhancement in photonic response at optical extinction at metal-dielectric interface. It's highlighted property is that nanostructure can control optical fields due to the strong interaction of the metal-dielectric structure that allows incident photonic propagation at the nanoscale. In this study, we investigate and simulate the effectiveness of various large bandgap dielectric materials like silicon nitride, aluminum oxide and silicon dioxide with various metallic nanoparticle and also simulate finite time-based metal-dielectric-semiconductor nanostructure and find various field component for plasmonic improvement in form of photonic extinction in metal-dielectric nanostructure specifically for solar energy harvesting methodology.