HYDROXYQUINOLATE NANOPARTICLE MULTILAYER THIN FILMS / Aldrich Chemical Company / Thin Solid Films / Kao / /
Country
United States / United Kingdom / / /
Event
Product Issues / /
Facility
(8HQ)2 complex / Cairo University / Alexandria University / /
IndustryTerm
methanolic solution / methanolic solutions / metal thin films / mixed metal ions solution / nano metal complex thin films / metal ion / mixed metal ions deposition method / mixed metal methods / nano metal complexes / neutral solutions / Metal analysis / metal salt / metal 8HQ complexes / separate metal deposition method / chemical vapor deposition / mixed metal complex / ligand solution / separate metal / mixed metal deposition approach / mixed metal deposition approach formation / pre-adsorbed metal ions / metal ions / nano-technology / ionization energy / metal-8hydroxyquinolate complexes / imaging / metal ion solutions / metal salts / mixed metal ions deposition / separate metal dipping / metal / chemical bath deposition / potential applications / nano-sized metal oxides / gas phase deposition approaches3 / metal complex / wet chemical thin film fabrication / separate metal deposition / nanoparticles metal-8HQ complexes / pre-deposited metal ion / separate metal ions / air flow gas / synthesized nano-sized metal complexes / Mixed metal complexes / metal dipping / deposited target metal complexes / mixed metal deposition method / metal complexes / chemical structure / separate metal ions deposition method / deposited metal complexes / /
Organization
Mahmoud Faculty of Sciences / U.S. Securities and Exchange Commission / Alexandria University / Cairo University / Chemistry Department / /
Person
Sawsan M S Haggag / Abdel Rafea / Mohamed E Mahmoud / / /
Position
CoO / /
Product
edge / /
Technology
chemical vapor deposition / thermodynamics / gas chromatography / drug design / /
Indian Journal of Chemistry Vol. 50A, December 2011, pp[removed]Synthesis and characterization of Co(II) and Zn(II)-8-hydroxyquinolate multilayer nanoparticles via successive ion layer adsorption and reaction techniqu