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	Fosfosilikátové membrány jako t. prostředek vodíkových palivových článků Míka, M. ; Klápště, Břetislav ; Michal, J. ; Vondrák, Jiří Increasing consumption of electric energy and its rising cost initiated an search for new technologies that can produce the energy more effectively and environment friendly. Detailed record
	Elastické organicko – anorganické membrány s protonovou vodivostí Míka, M. ; Mašínová, M. ; Švarcová, S. ; Paidar, M. ; Bouzek, K. ; Klápště, Břetislav ; Vondrák, Jiří A polymeric electrolyte was synthetised and its properties were tested in a laboratory hydrogen – oxygen fuel cell at moderately increased temperature. The poymer is based on organosilicates modified by phosphoric acid. Detailed record
	Hybridní anorganicko – organické protonově vodivé membrány pro palivové články a plynové sensory Míka, M. ; Paidar, M. ; Klápště, Břetislav ; Mašínová, M. ; Bouzek, K. ; Vondrák, Jiří Hybrid inorganic-organic proton conducting membranes for fuel cells and gas sensors. Detailed record
	Dvojvrstva na uhlíku v aprotických elektrolytech Vondrák, Jiří ; Sedlaříková, M. ; Velická, Jana ; Kocian, Martin ; Špachman, V. ; Klápště, Břetislav As carbonaceous materials we started with glassy carbon electrodes and continued to use variety pf carbon black powders, carbon nanotubes and chemically modified graphite in powderized form. Detailed record
	Charakterizace protonově vodivých fosfosilikátových membrán pro palivové články H2/O2 Míka, M. ; Mašínová, M. ; Švarcová, S. ; Paidar, M. ; Bouzek, K. ; Klápště, Břetislav ; Vondrák, Jiří We tested the performance of our membranes in a H2/O2 fuel cell using standard E-TEK electrodes Pt/C under low humidity conditions where the reactant gas streams were not humidified. Detailed record
	Elektrochemická aktivity elektrokatalyzátorů na bázi oxidů manganu a uhlíku Vondrák, Jiří ; Klápště, Břetislav ; Velická, Jana ; Sedlaříková, M. ; Roche, I. ; Chainet, E. ; Chatenet, M. New catalysts based on doped manganese oxides for oxygen reduction in fuel cells were prepared. Oxygen reduction reaction in alkaline medium was studied and the catalytical activity of the new material is comparable to the activity of platinum. Detailed record
	Protonově vodivé fosfokřemičitanové membrány Mika, J. ; Masinová, M. ; Švarcová, S. ; Paidar, M. ; Bouzek, K. ; Klápště, Břetislav ; Vondrák, Jiří Hybride inorganic-organic membranes with high proton conductivity were prepared and studied. These membranes were used as solid electrolytes in hydrogen chemical sensor and in the model fuel cell. Detailed record
	Impedance elektrody ze skelného uhlíku v PMMA-PC gelových elektrolytech Vondrák, Jiří ; Velická, Jana ; Klápště, Břetislav The electrochemical behaviour of the boundary glassy carbon electrode-polymer gel electrolyte was studied. Detailed record
	High proton conducting antimony-pnospate glass Míka, M. ; Grič, L. ; Vondrák, Jiří ; Klápště, Břetislav Materials exhibiting hogh proton conductivity can find very attractive applications. Detailed record
	New reference electrode based on PMMA polymer electrolytes Reiter, Jakub ; Vondrák, Jiří ; Opekar, F. ; Sedlaříková, M. ; Velická, Jana ; Klápště, Břetislav The research on the field of polymer gel electrolytes is at the border between solid and liquid phase. Detailed record

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