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	Lithium glasses exhibiting increased ionic conductivity Míka, M. ; Šmíd, P. ; Vondrák, Jiří ; Klápště, Břetislav Fast ion-conducting solids represent interesting materials that can be used for the development of various electrochemical solid-state devices such as batteries, chemical sensors and electrochromic devices. One of the promising materials is an ion-con ting glass that could serve in these advanced devices as a solid electrolyte or electrode. Detailed record
	Bifunctional Catalysts for Alkaline Fuel Cells Klápště, Břetislav ; Vondrák, Jiří ; Velická, Jana Bifunctional electrocatalysts based on a composite carbon-MnO2 and doped with various metal salts were preparedand tested as cathode materials for alkaline fuel cells.In general, the doping by transition metals (Cr,Ni)enhanced the catalytic activity and slightly lowered thecapacity for the insertion of hydrogen. Detailed record
	Seven-segment display unit Vondrák, Jiří ; Velická, Jana ; Klápště, Břetislav ; Reiter, Jakub The development of a seven segment numerical display unitusing WO3 and V2O5 electrodes on I.T:O: glasses, and gel polymerelectrolyte is described. Detailed record
	Ion-Conducting Glasses with Li + Míka, M. ; Vondrák, Jiří ; Klápště, Břetislav Detailed record
	Gel Polymer Electrolytes Based on PMMA Vondrák, Jiří ; Klápště, Břetislav ; Velická, Jana ; Reiter, Jakub Polymer gel electrolytes based on polymethylmethacrylateand aprotic solutions of metallic salts were prepared.Their electric conductivity decreased in the series ofsalts Mg>Li.>Zn>Na. The lower mobility of smaller ionsis explained by their stronger interaction with polymernetwork present in the gel. Detailed record
	Electrocatalysts for Fuel Cells Vondrák, Jiří ; Reiter, Jakub ; Velická, Jana ; Klápště, Břetislav Detailed record
	Iontově vodivé PMMA gelové elektrolyty Vondrák, Jiří ; Reiter, Jakub ; Velická, Jana ; Klápště, Břetislav ; Sedlaříková, M. ; Tretera, M. New polymer gel electrolytes were prepared by in-situ polymerisation. As an optical part inorganic and/or organic compounds can be used, which determines chemical and optical properties of the gel. Detailed record
	Elektrochemické redoxní procesy v PMMA gelových elektrolytech - chování redoxního páru ferrocen/ferricinium Reiter, Jakub ; Vondrák, Jiří ; Velická, Jana ; Klápště, Břetislav ; Sedlaříková, M. ; Mička, Z. Electrochemical behaviour of ferrocene-ferricinium redox couple was investigated in the medium of PMMA gel electrolyte and propylene carbonate-methylmethacrylate liquid. Detailed record
	Superkondenzátory – doplňkové zdroje elektrické energie Vondrák, Jiří ; Velická, Jana ; Klápště, Břetislav ; Sedlaříková, M. ; Kocián, M. ; Reiter, Jakub New materials for supercapacitors using aprotic electrolytes and graphite were prepared and studied. Detailed record
	Elektrochemické redoxní procesy v PMMA gelových elektrolytech Vondrák, Jiří ; Reiter, Jakub ; Velická, Jana ; Klápště, Břetislav ; Sedlaříková, M. Electrochemical investigation of polymer gel electrolytes based on PMMA with embedded aprotic solvent (propylene carbonate) includes conductivity measurements and cyclic voltammetry [1, 2]. Detailed record

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