| Autors |
Title |
| R.Apostolova1, E.Shembel1, 2 |
ELECTROLYTIC NANOSIZED COBALT SULFIDES FOR LITHIUM BATTERIES |
| M. Khristov, E. Grigorova, M. Khrussanova, P. Peshev |
Absorption-Desorption Characteristics of Mechanically Activated Composites of 90 wt.% Mg(MgH2) - 10 wt.% V 0.855 Ti 0.095 Fe 0.05 |
| V. Ďurman, V. ály, J. Packa, E. E. Horopanitis, G. Perentzis and L. Papadimitriou |
Electrical behaviour of LiCoO2/LiNbO3 thin film structure |
| Reháková M., Casciola M., Čuvanová S., ály V., Nagyová S., Fortunová ź., Packa J. |
Nanosized composites of synthetic zeolites and AgI as potentially electrochemically active materials |
| M. Zabloudil, J. Makovička, M. Sedlaříková , J. Vondrák |
MULTIWALL CARBON NANOTUBES AS NEGATIVE ELECTRODE FOR LI-ION BATTERIES |
| A. Cheriet |
INVESTIGATION OF INTERCALATION PROCESS IN LITHIUM DIFFUSED NANOPOROUS SiC SAMPLES |
| Chelyadyn V.L., Kovalenko O.S, Myronyuk I.F., Ilyin V.G. |
Features of Lithium Insertion in Nanoporous TiO2 Preparated by Template Synthesis |
| B.Banov |
Electrochemical investigations of nano-sized magnetite deposited on carbon matrix in nonaqueous electrolyte |
| B. Banov1, I. Gocheva2*, N. Velinova1 |
Particle size dependence of electrochemical efficiency of lithiated manganese oxides |
| Autors |
Title |
| Globa N.I., Sirenko V.I., Prisyazhnyi V.D, Potapenko A.V. |
Cathodes materials for Lithium-ion batteries with high- rate discharge |
| Makovička J., Sedlaříková M., Vondrák J., |
GRAPHITE ELECTRODE FOR LI-ION BATTERIES |
| V.V.Mukhin, S.A.Rezvov,O.Yu.Grigorieva, T.L.Kulova, A.M.Skundin |
Effect of doping on stability of lithiated cobalt oxide |
| Elitza Shinova, Radostina Stoyanova, Ekaterina Zhecheva,Gregorio Ortiz, Pedro Lavela, José L. Tirado |
Effect of the Cationic Distribution on the Electrochemical Performance of LiCo1/3Ni1/3Mn1/3O2 Electrodes for Lithium Ion Batteries |
| Meglena Yoncheva, Radostina Stoyanova, Ekaterina Zhecheva, Ricardo Alcántara, Gregorio Ortiz, and Jose Luis Tirado |
Structural Characterization and Intercalation Properties of Lithium-Nickel-Manganese Oxides Obtained under High-Pressure |
| Ek. Popova, Y. Dimitriev |
Synthesis of new amorphous material in the modeling system of SnO-BaO-P2O5 |
| Svetlana Ivanova, Ekaterina Zhecheva, Radostina Stoyanova |
Manganese-based Composite Electrode Materials for Lithium-ion Batteries |
| M. Sysel, J. Makovička, M. Sedlaříková, J. Vondrák |
NANOTUBES AS ADMIXTURE FOR POSITIVE ELECTRODE IN LI-ION BATTERIES |
| B. Banov1, I. Gocheva2*, N. Velinova1, H. Vasilchina1 |
Substituted manganese spnels stable and efficient cathode materials |
| Špičák p, Svoboda V |
MnO2 studied by EQCM |
| E.M. Shembel, I.M. Maksyuta, A.V. Nosenko, A.V. Tron |
LiMn2O4 THERMAL STABILITY IN THE PRODUCTION PROCESS OF LITHIUM-ION BATTERY WITH SOLID ELECTROLYTE |
| T. Jirák, J. Vondrák, M. Sedlaříková |
Manganese and nickel additives for electrode materials of lithium-ion batteries |
| Michal Macalík1, Jiří Vondrák2, Marie Sedlaříková1, Jitka Mohelnikova |
INFLUENCE OF SnO2 SUBSTRATE TYPE ON WO3 ELECTROCHEMICAL PROPERTIES |
| Autors |
Title |
| M.O.Danilov, G.Ya.Kolbasov, A.V.Melezhyk |
ELECTROCATALYTIC PROPERTIES OF NANOSTRUCTURED COMPOSITIONS FOR ALKALINE FUEL CELLS |
| Sonya Ivanova, Ekaterina Zhecheva, Radostina Stoyanova |
Citrate Precursor Method for the Preparation of LaNiyCo1-yO3 (0y0.25) perovskite-type oxides for SOFC�s |
| Yoshio Takasu, Norihiro Yoshinaga, Wataru Sugimoto |
New Active Oxide Electrocatalysts for Oxygen Reduction |
| V. Novák, S. Brudná, J. Vognar1, P. Barath, J. Vondrák, M. Sedlaříková, J. Kazelle |
Catalysts for positive electrode of fuel cells |
| Vognar J., Brudná S., Novák V., Vondrák J., Sedlaříková M. |
Kinetic properties of MnO2 based positive electrode with different dopants |
| M. Mika1, B. Klapste2, J. Michal1, J. Vondrak2 |
Phosphosilicate membranes for a medium temperature H2/O2 fuel cell |
| Barath, P., Sedlarikova, M., Vondrak, J., Chatenet, M., Roche, I. |
HOR NiOx as electrocatalysts for H2-O2 Fuel Cells |
| Autors |
Title |
| L.Skatkov,V.Gomozov,I.Roy, I.Stepanova |
Cnange in structure of niobium pentoxide anodic oxide films during cathode electrochemical polarization |
| E.Sevidova,I.Stepanova,I.Roy |
Anodizing of titanium and its alloys in ortho phosphate electrolytes for the preparation of bio inert materials |
| Arnaldo Visintin |
ELECTROCHEMICAL HYDROGEN STORAGE |
| Zbynek Studeny and Emil Svoboda |
Some classification methods of bio-compatible coating |
| Pawel Krzyczmonik, Slawomir Domagala, Henryk Scholl, Jozef Dziegiec |
MEDIATORY ACTIVITY OF 5,10,15,20-TETRAKIS(PENTAFLUOROPHENYL) PORPHYRINIRON(III) IMMOBILIZED IN NAFION FILM ON PLATINUM IN ELECTROOXIDATION OF CATECHOLS |
| Sirenko V.I., Potapenko A.V. |
Solutions of LiSO3C6H5 in dimethylsulfoxide as electrolyte for Lithium-ion batteries |
| Georgeta TARALUNGA, Eleonora Maria RUS, Delia Maria CONSTANTIN, Alexandru RUS, Ioana Maria CONSTANTIN |
BATTERY WITH RbAg4I5 SOLID ELECTROLYTE FOR CARDIAC PACEMAKER |
| E.E. Horopanitis, G. Perentzis, P. Karagiannidis and L. Papadimitriou |
ELECTRICAL PROPERTIES OF “Li-DOPED” LiNbO3 IONIC CONDUCTORS AND “LITHIUM-FREE” LiNbO3- ELECTROLYTE/Cu-ANODE BI-LAYERS |
| Autors |
Title |
| Petr Křivák, Petr Bača |
Automatized measurement of contact resistance and active mass resistance |
| Kotok V. A.1, Koshel N. D.1, Kovalenko V. L.1, Malishev V.V.1 |
Nickel hydroxide ageing in different medias and its influence on electrochemical behavior in composition nickel electrode |
| Kholin Yu.Yu., Lapin A.S., Pesetsky V.I., * Dmitrienko V.P. |
Complex regenerative processing of alkaline batteries |
| Eleonora Maria RUS, Delia Maria CONSTANTIN, Georgeta TARALUNGA, Al.RUS |
ON THE BEHAVIOUR OF BASIC LEAD SULFATE IN SULFURIC ACID SOLUTION |
| Delia Maria CONSTANTIN, Eleonora Maria RUS, Georgeta TARALUNGA, Alexandru RUS, Ioana Maria CONSTANTIN |
NICKEL ELECTRODES CONTAINING COBALT AND CADMIUM ADDITIVES |
| Andrea Fedorková, Hans-Dieter Wiemhöfer, Renáta Oriňáková, Andrej Oriňák |
Preparation of polypyrrole-FePO4 powder as positive electrode material for lithium-ion batteries |
| P. Bača, P. Křivák, M. Calábek, K. Micka |
Influence of additives in negative lead-acid battery electrodes |
| R. Bilko |
The Life time of lead-acid batteries depends on type of conductive and nonconducting additives |
| Jiří Vrbický, Jiří Vondrák, Marie Sedlaříková |
ALPHA NICKEL HYDROXIDE STABILITY IN DEPENDENCE ON ELECTROLYTE CONCENTRATION |
| Lábus Radek |
SYSTEM FOR RESEARCH LABORATORY CELLS IN PSOC REGIME |
| C.M. Julien1, A. Mauger2, K. Zaghib3, F. Gendron1 |
OPTIMIZATION OF OLIVINE MATERIALS AS POSITIVE ELECTRODE IN LI-IONBATTERIES FOR HEV APPLICATION |
| Autors |
Title |
| Marian Chatenet, Elodie Guilminot, Audrey Corcella, Frédéric Maillard |
Using the ultramicroelectrode with cavity (UMEC) as a tool to characterize carbon-supported platinum for proton exchange membrane fuel cell applications |
| Petr Vanýsek and Philippe Gauthier |
Disposable graphite electrode for studies of catalytic layers of platinum |
| Vaněk J., Kubíčková K, Fořt T. |
Solar cell back side contact projection to the front side LBIC image |
| Kristýna Kubíčková, Jiří Vaněk, Radim Bařinka |
Electroluminescence imaging of monocrystalline silicon solar cells |
| Tomáš Nováček, Karel Bartůšek, Sedlaříková Marie, Mikotová Eva |
APPLICATION NMR IN NaClO4 GEL STUDY |
| Pavel Janderka1, Radka Chaloupková2 |
Use of mass spectrometer for solid sample analysis |
| Libuše Trnková, Pavel Janderka, Natálie Musilová, Andrea Marcinková, Radka Mikelová |
Examples of applications of elimination voltammetry with linear scan |
