Ultrafast laser ablation of metals in liquids for explosives detection - Podagatlapalli, Gopala Krishna;Soma, Venugopal Rao
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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

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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.
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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