Národní úložiště šedé literatury Nalezeno 5 záznamů.  Hledání trvalo 0.01 vteřin. 
Generation of NPS for Exposure Experiments from Copper Acetylacetone.
Moravec, P. ; Schwarz, J. ; Vodička, P. ; Kupčík, Jaroslav ; Švehla, J.
Particles containing copper are emitted from smelters, iron foundries, power stations, and municipal incinerators (WHO, 1998) and also from brake linings during breaking, Kukutschová et al. (2011). Nanoparticles (NPs) of copper are ingredients in polymers, inks, and bioactive coatings inhibiting the growth of microorganisms, Cioffi at al. (2005), and CuO NPs has been used in antimicrobial textiles, Gabbay and Borkow (2006), therefore they can be easily inhaled. Even though CuO NPs were found highly toxic, Karlsson et al. (2008), in vivo studies of their toxicity are still rather rare. In this work we tested a method of long lasting nanoparticle generation from copper acetylacetonate (CuAA) for use in follow up exposure experiments with laboratory animals. The exposure chamber for inhalation experiments was constructed in the Institute of Analytical Chemistry AS CR (Večeřa et al., 2011) and some methods of NPs generation for these experiments were already tested in our laboratory (Moravec et al., 2015, Moravec et al., 2016).
Generation of NPS for Exposure Experiments from Copper Acetylacetone.
Moravec, Pavel ; Schwarz, Jaroslav ; Vodička, Petr ; Kupčík, Jaroslav ; Švehla, Jaroslav
Particles containing copper are emitted from smelters, iron foundries, power stations, and municipal incinerators (WHO, 1998) and also from brake linings during breaking, Kukutschová et al. (2011). Nanoparticles (NPs) of copper are ingredients in polymers, inks, and bioactive coatings inhibiting the growth of microorganisms, Cioffi at al. (2005), and CuO NPs has been used in antimicrobial textiles, Gabbay and Borkow (2006), therefore they can be easily inhaled. Even though CuO NPs were found highly toxic, Karlsson et al. (2008), in vivo studies of their toxicity are still rather rare. In this work we tested a method of long lasting nanoparticle generation from copper\nacetylacetonate (CuAA) for use in follow up exposure experiments with laboratory animals. The exposure chamber for inhalation experiments was constructed in the\nInstitute of Analytical Chemistry AS CR (Večeřa et al., 2011) and some methods of NPs generation for these experiments were already tested in our laboratory (Moravec et al., 2015, Moravec et al., 2016).
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Preparation of Nanoparticles by Pyrolysis and Oxidation of Cobalt Acetylacetonate
Moravec, Pavel ; Smolík, Jiří ; Levdansky, V.V. ; Bakardjieva, Snejana
The aim of this work was to study cobalt and cobalt oxide nanoparticle synthesis by metal organic chemical vapor deposition (MOCVD) using cobalt acetylacetatone (CoAA) as a precursor.
Příprava nanočástic CuOx z acetylacetonátu měďnatého
Moravec, Pavel ; Smolík, Jiří ; Klementová, Mariana ; Levdansky, V.V.
Nanočástice Cu a oxidu měďnatého mají široké spektrum využití jako katalyzátory, senzory, polovodiče a podobně. V této práci je prezentována příprava nanočástic CuOx metodou metal organic chemical vapor deposition (MOCVD) při použití acetylacetonátu měďnatého jako prekurzoru.
Příprava kompozitních částic ZrO2-SiO2 tepelným rozkladem zirkonium tetra-terc-butoxidu a tetraethy-orthosilikátu v trubkovém reaktoru
Moravec, Pavel ; Smolík, Jiří ; Levdansky, V.V. ; Keskinen, H. ; Mäkelä, J.M.
Kompozitní nanočástice ZrO2-SiO2 jsou potenciálně využitelné v řadě oblastí, např. katalýze. V tomto příspěvku je prezentována příprava těchto částic metodou chemické depozice par v elektricky vyhřívaném trubkovém reaktoru. Částice byly syntetizovány rozkladem zirkonium tetra-terc-butoxidu a tetraethyl-orthosilikátu v oxidační atmosféře.

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