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Plasmonic Materials In Nano Scales Exhibits Tremendous Properties Due To Their Modified Boundary Conditions. Consequently Nano-materials Exhibit Localized Surface Plasmon Resonances And Propagating Surface Plasmons. Excitation Of These Surface Plasmon Resonance Modes Generates Evanescent Fields In The Very Neighborhood Of Plasmonic Nano-particles/nano-structures.plasmonic Nano-particles/nano-structures Facilitates. The Raman Signatures Enhancements From The Analyte Molecules Adsorbed On Them. Nano Platforms Can Talk To Molecules And Their Discussion Can Be Decoded Through Surface Enhanced Raman Spectroscopy.…mehr

Produktbeschreibung
Plasmonic Materials In Nano Scales Exhibits Tremendous Properties Due To Their Modified Boundary Conditions. Consequently Nano-materials Exhibit Localized Surface Plasmon Resonances And Propagating Surface Plasmons. Excitation Of These Surface Plasmon Resonance Modes Generates Evanescent Fields In The Very Neighborhood Of Plasmonic Nano-particles/nano-structures.plasmonic Nano-particles/nano-structures Facilitates. The Raman Signatures Enhancements From The Analyte Molecules Adsorbed On Them. Nano Platforms Can Talk To Molecules And Their Discussion Can Be Decoded Through Surface Enhanced Raman Spectroscopy.
Autorenporträt
Dr. Gopala Krishna is currently an assistant Professor in physics at GITAM UNIVERSITY, VISAKHAPATNAM. He did M.Sc from A.U(2004). He obtained PhD(2015) from HCU. He was a post doctoral researcher at Goda lab, university of Tokyo (Jul 2015- Aug 2016).His research interests include ablation, SERS, CARS. He has more than 20 referred journal paper