Institute of Inorganic Chemistry

Institute of Inorganic Chemistry 423 records found  beginprevious391 - 400nextend  jump to record: Search took 0.00 seconds. 
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.
Elektrolyty pro elektrochemické superkondenzátory
Kněžínek, J. ; Kocian, M. ; Vondrák, Jiří ; Sedlaříková, M.
This work deals with the selection of electrolytes and additives and their ratio for the development of electrode for electrochemical sepercapacitor.
Elektrodové materiály pro vodíko-kyslíkové palivové články
Dvořák, J. ; Sedlaříková, M. ; Vondrák, Jiří
MnOx/C materials were prepared and their electrocatalytic properties were studied.
Lithiové baterie
Nečesal, P. ; Vondrák, Jiří
New materials based on lithium-cobalt oxides were prepared by low-temperature deposition and their application in lithium-ion batteries was studied.
Analýza trojbarevných superploch
Hálová, Jaroslava ; Šubrt, Jan ; Savii, C.
The result is the ordening of points according to all properties and according to a given evalution strategy defined by weiiiiiiights of properties.
KL Miner-nástroj vytěžování zákonitostí v datech
Hálová, Jaroslava ; Macháček, M. ; Rauch, J.
The developed methodology is a quite general data mining method.
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].
Příprava tenkých vrstev SnO2 a Sb2O5
Vondrák, Jiří ; Koten, S. ; Maršík, P.
Thin layer electrodes based on SnO2 were prepared by two methods and their electrical and electrochemical properties were compared.
Adsorpce CO na Ru a Pt černích a katalyzátorech a možnosti jejího využití pro stanovení volného povrchu ruthenia
Paseka, Ivo
The electrochemical voltammetric method can be used to measure the charge of adsorbed hydrogen and by this way the specific surface areas of metal catalysts.

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