Dordrecht / New York / Fatti / Press / San Diego / Hoboken / /
Company
Cambridge University Press / Latin American Journal / G. H. / Google / Quantum Chemical / Nonlinear Optical Polyimide Based / /
Country
Netherlands / United Kingdom / India / / /
Facility
Maharaja Agrasen Institute of Technology / Indian Institute of Technology / GGSIP University / /
IndustryTerm
energy levels / turbulent media / times lower energy / Noble metal nanoparticles / photon energy / faster and smaller data processing technology / nanophotonic devices / cancer therapy / energy exchanges / equilibrium solution / lower photon energy / metal nanoparticles / optical systems / conduction electron energy exchanges / metal surface / information processing capability / imaging / particular laser systems / energy differences / energy / metal / noble-metal nanoparticles / technological applications / energy coupling / lensless imaging / important applications / fiber optics communications / earlier existing technologies / electronics / optical processing / computing / optical computing e.g. digital optical computers / medical therapy applications / metallic systems / electron-electron energy exchanges / photon energy band / optical information processing systems / telecommunications systems / /
OperatingSystem
Fermi / /
Organization
Cambridge University / GGSIP University / Delhi / Department of Physics / Kamal Nain Chopra Applied Physics Department / National Park Service / GGSIP University / New Delhi / Institute of Technology / /
Person
Nand Kishore Garg / Nat / V. K. Jain / Cesar Mora / M. L. Goyal / V. K. Tripathi / Kamal Nain Chopra / /
Position
ACKNOWLEDGEMENTS The author / rt / author / Editor-in-Chief / Chairman / Deputy Director / Director / Cao / /
ProvinceOrState
New Jersey / North Dakota / Indiana / New York / California / Colorado / /
Noble metal nanoparticles and composites for nonlinear optics and its applications - A technical analysis and short review Kamal Nain Chopra Applied Physics Department, Maharaja Agrasen Institute of Technology, Rohini, G