Structural, Morphological and Temperature-Tuned Band Gap Characteristics of Cus Nano-Flake Thin Films
Structural, Morphological and Temperature-Tuned Band Gap Characteristics of Cus Nano-Flake Thin Films
Abstract
Description
Keywords
Raman Spectroscopy, Thin Film, Scanning Electron Microscope, Materials Science, Band Gap, Raman scattering, Structural characteristics, Optical films, Thin films, Optical characteristics, Optoelectronic applications, Sulfur compounds, Optical properties, Copper compounds, Nano-flakes, Thin-films, Energy gap, Copper sulfide, Morphological characteristic, Radio frequency magnetron sputtering method, Temperature tuned, X ray diffraction patterns, Band gap energy, Scanning electron microscopy, Statistical mechanics, Nanoflake, Magnetron sputtering
Fields of Science
02 engineering and technology, 01 natural sciences, 0103 physical sciences, 0210 nano-technology
