. . . . . . "UV radiation: a promising tool in the synthesisof multicomponent nano-oxides"@en . "52677" . . "I, P(GA13-09876S)" . . "Pavelkov\u00E1, T." . "RIV/68378271:_____/14:00438760" . "Jar\u00FD, V\u00EDt\u011Bzslav" . "1388-0764" . "nanoscintillators; band-gap engineering; UV radiation radioluminescence; zinc oxide; synthetic garnets; composite nanoparticles"@en . "3"^^ . "Journal of Nanoparticle Research" . . . "Proch\u00E1zkov\u00E1, L." . "16" . "B\u00E1rta, J." . "\u010Cuba, V." . "[F970CBA5D626]" . . . "RIV/68378271:_____/14:00438760!RIV15-GA0-68378271" . "Nikl, Martin" . . "8"^^ . "UV radiation: a promising tool in the synthesisof multicomponent nano-oxides" . "UV radiation: a promising tool in the synthesisof multicomponent nano-oxides" . "7"^^ . . . . "11" . "10.1007/s11051-014-2686-6" . . "UV radiation: a promising tool in the synthesisof multicomponent nano-oxides"@en . . "Mih\u00F3kov\u00E1, Eva" . . . "Photochemical synthesis of selected multicomponent compounds, namely cadmium or magnesium zinc oxides doped with Ga3+ ions and lutetium aluminum garnets Lu3Al5O12 (LuAG) doped with Pr3+ or Eu3+ ions (LuAG:Pr(Eu)), was successfully performed. The synthesis is based on photo-induced precipitation of solid precursors from aqueous solutions. Prepared materials feature high chemical purity, good crystallinity, and nano-dimensions in the range of 10\u2013100 nm. Highly intensive radioluminescence or shift of excitonic luminescence has been observed, depending on type and composition of prepared materials. Results indicate that prepared nanomaterials may be prospectively utilized as highly efficient nanoscintillators for preparation of optical ceramics or band-gap engineered nanophosphors." . . "000346696900025" . "Vondr\u00E1\u0161kov\u00E1, A." . "Photochemical synthesis of selected multicomponent compounds, namely cadmium or magnesium zinc oxides doped with Ga3+ ions and lutetium aluminum garnets Lu3Al5O12 (LuAG) doped with Pr3+ or Eu3+ ions (LuAG:Pr(Eu)), was successfully performed. The synthesis is based on photo-induced precipitation of solid precursors from aqueous solutions. Prepared materials feature high chemical purity, good crystallinity, and nano-dimensions in the range of 10\u2013100 nm. Highly intensive radioluminescence or shift of excitonic luminescence has been observed, depending on type and composition of prepared materials. Results indicate that prepared nanomaterials may be prospectively utilized as highly efficient nanoscintillators for preparation of optical ceramics or band-gap engineered nanophosphors."@en . "NL - Nizozemsko" .