Physics of Iodized Silver & Silver-Copper Thin-Film Nanostructures
Iodized Silver Nanostructures
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General theme of this work is concerned with preparation of cation (Cu) stabilized Gamma and beta-AgI nanostructure thin films by using vacuum thermal evaporation and RF magnetron sputtering techniques and their studies of crystal structure, morphology, UV/visible optical absorption, photo luminescence and Superionic phase transition in AgI and (Ag1-XCuX) I thin films using Impedance spectral study. The modus operandi is the fabrication of ultrathin ( 15 nm thick) silver and silver-copper alloy films by vacuum thermal (co) evaporation and (co)sputtering and their systematiciodization to produc...
General theme of this work is concerned with preparation of cation (Cu) stabilized Gamma and beta-AgI nanostructure thin films by using vacuum thermal evaporation and RF magnetron sputtering techniques and their studies of crystal structure, morphology, UV/visible optical absorption, photo luminescence and Superionic phase transition in AgI and (Ag1-XCuX) I thin films using Impedance spectral study. The modus operandi is the fabrication of ultrathin ( 15 nm thick) silver and silver-copper alloy films by vacuum thermal (co) evaporation and (co)sputtering and their systematiciodization to produce zinc-blende AgI based nanostructures followed by a systematicexperimental investigation of crystal structure microstructure and optical properties(optical absorption and photoluminescence) besides a diagnostic study of electrical conductivity through impedance spectroscopy. The simple but effective means of iodization of Ag foils and thin films developed in our laboratory for about a decade has helped investigate nanostructure development, thin film formation mechanism and suchnovel issues as plasmon-exciton transition in Ag and Ag-Cu alloy films.
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