Thin Solid Films / PerkinElmer / J. Thin Solid Films / Hitachi / /
Country
India / / /
Facility
E.Murugan Varuvan Vadivelan Institute of Technology / Jayam College of Engineering / /
IndustryTerm
carrier gas / process technologies / chemical bath deposition / indirect energy gap / high energy electrons / potential applications / phonon energy / thin film devices / solar cell applications / photon energy / luminescent and electroluminescent devices / chemical compositions / chemical composition / chemical properties / band gap energy value equals / acidic solutions / chemical bath deposition route / possible chemical reaction / electroluminescent devices / chemical vapor deposition / chemical spray / thermal energy / zinc acetate solution / energy gap values / innovation thin film processing technologies / aqueous solution / activation energy / optoelectronic device applications / free carrier absorption / chemical bath deposition method / /
Organization
Institute of Technology / Jayam College of Engineering and Technology / /
RadioStation
Chaparroa AM / Al-Shukri AM / /
Technology
semiconductor / radiation / laser / semiconductors / X-ray / innovation thin film processing technologies / dielectric / optoelectronics / process technologies / chemical vapor deposition / /
Journal of Current Pharmaceutical Research 2013 ;11 (1): [removed]ISSN[removed]JCPR 2013;11 (1): 38-42 © 2010 Medipoeia Received[removed]