. "Svoboda, Ladislav" . "Bret\u0161najdrov\u00E1, Edita" . "European Communities" . . . . . "RIV/46504711:_____/09:#0000187" . "P(FT-TA4/074)" . . . "[51E3DA55A608]" . "nanoparticle zinc oxide, zinc oxide preparation, particle size distribution"@en . . "EuroNanoForum 2009 Proceedings" . "RIV/46504711:_____/09:#0000187!RIV11-MPO-46504711" . . "Preparation and properties evaluation of nanoparticle ZnO"@en . . "2009-06-02+02:00"^^ . . "Great attention to study of preparation and properties of nanomaterials usable in many applications is given at present. For paint industry are very important nanoparticles, which positively influence several properties of paint film at once. As a sample of such material it is possible to state nanoparticle zinc oxide, which has two very important functions for paint film. Nanoparticle zinc oxide acts as UV filter and shows antibacterial effect at the same time. Our attention was oriented to preparation of nanoparticle zinc oxide with desirable physical properties and acceptable price. For preparation of zinc oxide precipitation method was selected. Fundamental significance for nanoparticle size and polydispersity has suitable type and concentration of stabilizer. Acoustic spectrometry, AFM and TEM were utilized as methods suitable to study effect of stabilizer concentration on these parameters. The same methods were used to classification of studied colloidal system stability." . . "Preparation and properties evaluation of nanoparticle ZnO" . "Praha" . "Preparation and properties evaluation of nanoparticle ZnO"@en . . . "Great attention to study of preparation and properties of nanomaterials usable in many applications is given at present. For paint industry are very important nanoparticles, which positively influence several properties of paint film at once. As a sample of such material it is possible to state nanoparticle zinc oxide, which has two very important functions for paint film. Nanoparticle zinc oxide acts as UV filter and shows antibacterial effect at the same time. Our attention was oriented to preparation of nanoparticle zinc oxide with desirable physical properties and acceptable price. For preparation of zinc oxide precipitation method was selected. Fundamental significance for nanoparticle size and polydispersity has suitable type and concentration of stabilizer. Acoustic spectrometry, AFM and TEM were utilized as methods suitable to study effect of stabilizer concentration on these parameters. The same methods were used to classification of studied colloidal system stability."@en . "Zelenka, Ji\u0159\u00ED" . . "335702" . "1"^^ . "Preparation and properties evaluation of nanoparticle ZnO" . "1"^^ . . "Lucembursko" . "3"^^ . "978-92-79-11109-9" .