ABA 2003 - REPORTS
  1. S. Koten, P. Maršík:

  2. STUDY THE ELECTROCHROMIC CHARACTERISTICS MATERIALS ON COMPLETE ELECTROCHROMIC UNITS
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  3. V. Barsukov, V. Khomenko, L. Yatsuk and P. Antonenko:

  4. RECHARGEABLE METAL-AIR BATTERIES WITH CONDUCTIVE POLYMERS CATALYSTS
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  5. V. Svoboda, A. Jossen, H. Doering, J. Garche:

  6. SMALL SECONDARY BATTERIES
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  7. A.A.Evtukh, V.N.Plakhotnyk:

  8. USE EXHAUSTED LITHIUM BATTERIES OF SYSTEM Li/LiBF4-(BL/(CFx)n FOR RECEPTION ELECTROLYTES
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  9. A.M.Skundin and T.L.Kulova:

  10. NANOSTRUCTURED (Sn, Ti)O2 - NEW MATERIAL FOR NEGATIVE ELECTRODE OF LITHIUM-ION BATTERIES
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  11. A.V. Nosenko, A.M. Kvasha and E.M. Shembel:

  12. PROMISING SOLID AMORPHOUS ELECTROLYTE WITH LITHIUM-ION CONDUCTIVITY BASED ON Li2O-Li2SO4-B2O3 SYSTEMS
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  13. E.Shembel, R.Apostolova, V.Nagirny, V.Tysyachny, I.Kirsanova:

  14. ELECTROLYTIC OXIDES OF TRANSITION METALS IN THE ANODES OF LITHIUM RECHARGEABLE BATTERIES
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  15. G. TARALUNGA, E. M. RUS and D. M. CONSTANTIN:

  16. CATHODIC ACTIVE MATERIAL FOR LITHIUM BATTERIES
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  17. H. J. Santner, C. Korepp, K.-C. Möller, J. O. Besenhard, and M. Winter:

  18. THE IMPACT OF ELECTROLYTE ADDITIVES ON THE SEI FORMATION IN LITHIUM ION BATTERIES
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  19. O.V.Chervakov, N.I.Globa, K.E.Kylyvnyk, E.M.Shembel, P.Novak:

  20. POLYMER ELECTROLYTES FOR LITHIUM POWER SOURCES BASED ON METAL DISULFIDES
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  21. O.V.Chervakov, N.I.Globa, V.V.Riabenko, O.V.Kolomoyets, K.A.Kotcuba and E.M.Shembel:

  22. QUATERNARY AMMONIUM SALTS IN THE COMPOSITION OF LIQUID AND POLYMER ELECTROLYTES FOR LITHIUM POWER SOURCES
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  23. J. Merta, J. Bludská, I. Jakubec:

  24. THIN FILM LI-ION BATTERIES WITH CARBON ANODE
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  25. K.-C. Möller, A. Hosseinmardi, M. Winter, J.O. Besenhard:

  26. FILM-FORMATION AT CATHODES FOR LITHIUM ION BATTERIES
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  27. L.P.Paskal, L.P.Linets, A.Synyugina, V.G.Syromyatnikov, V.A.Dusheyko:

  28. Li-CONTAINING SOLID POLYMERIC ELECTROLYTES BASED ON ALKYLMETHACRYLATES
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  29. M. R. Wagner, P. R. Raimann, K.-C. Möller, J. O. Besenhard, M. Winter:

  30. SEI FORMATION ON LITHIUM ALLOY ANODES STUDIED BY DEMS
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  31. M. R. Wagner, K.-C. Möller, J. O. Besenhard, M. Winter:

  32. INFLUENCE OF THE ELECTROLYTE COMPOSITION ON THE CAPACITY FADE OF LITHIUM ALLOY ANODES
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  33. M. Green, E. Fielder, J. Stagg, B. Scrosati, M. Wachtler and J. S. Moreno:

  34. STRUCTURED SILICON ANODES FOR LITHIUM BATTERY APPLICATIONS
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  35. O. Krejza, T. Nováček, J. Vondrák, M. Sedlaříková:

  36. SPECIFIC CONDUCTIVITY OF PMMA BASED GEL ELECTROLYTES CONTAINING CADMIUM, MAGNESIUM OR LITHIUM SALTS
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  37. P. Nečesal:

  38. ELECTROLYTES FOR LITHIUM BATERIES
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  39. B. Szcześniak, Z. Brudka, S. Tabat, S Styczyński:

  40. ELECTROCHEMICAL PROPERTIES OF THE LAN TYPE LITHIUM ELECTRODES IN MELTED HIGH IONIC SALTS OF ALKALI METALS
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  41. V. Barsukov, E. Il’yn, V. Kryukov and E. Kryukova:

  42. ADVANCED COMMERCIAL AND EXPERIMENTAL GRADES OF GRAPHITE FOR LITHIUM-ION BATTERIES
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  43. W. Kohs, A. Gupper, F. Hofer, H. Schröttner, J. Doninger, I. Barsukov, J. H. Albering, J. O. Besenhard and M. Winter:

  44. INFLUENCE OF SUBSURFACE STRUCTURES OF GRAPHITE ON THE ANODE PERFORMANCE IN LITHIUM-ION CELLS
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  45. B. Lánová, H. Baltruschat:

  46. METHANOL AND CO OXIDATION ON Pt AND Pt-COLLOID CATALYSTS FOR DMFC
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  47. A. Havránek, K. Klafki and K. Wippermann:

  48. INVESTIGATION OF THE PROTON CONDUCTIVITY IN THE DMFC ANODES WITH THIN CATALYST LAYER
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  49. J. Dvořák, T. Port, J. Vondrák and M. Sedlaříková:

  50. HYDROGEN / OXYGEN FUEL CELLS
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  51. S. Moravcová, K. Bouzek, Z. Cílová:

  52. SYNTHESIS AND CHARACTERISATION OF CONDUCTING POLYMER FILM ON NAFION MEMBRANE
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  53. P. Holzhauser, K. Bouzek, M. Paidar:

  54. PERMEABILITY AND MORPHOLOGY OF POLYPYRROLE FILMS SYNTHESIZED WITH VARIOUS NUCLEOPHILES
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  55. J. Vince, U. L. Štangar, A. Š. Vuk, V. Jovanovski, B. Orel:

  56. ORMOSIL PROTON CONDUCTING MEMBRANES FOR FUEL CELL APPLICATION
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  57. V. Novák, J. Vondrák:

  58. BIFUNCTIONAL ELECTRODE FOR FUEL CELLS
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  59. S. Kulcsár, G. Feher:

  60. "NEW TYPE OF CARBON ELECTRODE
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  61. D. M. Constantin, E. M. Rus and G. Taralunga:

  62. CHARACTERISATION OF SINTERED NICKEL ELECTRODES FOR ALKALINE BATTERIES
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  63. E. M. Rus, D. M. Constantin and G. TARALUNGA:

  64. IMPROVEMENT OF LEAD/ACID BATTERY PERFORMANCE BY ADDITION OF PHOSPHORIC ACID IN ELECTROLYTE
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  65. Ying-Chan Hsu and Kuo-Chuan Ho:  

  66. IMPROVING SPECTROELECTROCHEMICAL PROPERTIES OF POLYVIOLOGEN FILMS THROUGH ELECTROPOLYMERIZATION WITH FERROCYANIDE
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  67. P. Huták, P. Vorel:

  68. A TRACTION DRIVE WITH A BATTERY AND ULTRACAPACITOR
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  69. I. Draskovic, S. Mentus, M. Pjescic:

  70. ELECTRODE REACTIONS ON PLATINIZED EBONEX ® POWDER IN HALOGENIDE SOLUTIONS
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  71. J. Vaněk, J. Kazelle:

  72. NOISE CHARACTERISTIC OF SOLAR CELLS UNDER VARIOUS ILLUMINATION
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  73. P. Křivák, P.Bača:

  74. STUDY OF THE PRESSURE CHANGES OF POSITIVE AND NEGATIVE ELECTRODES IN LEAD-ACID CELLS
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  75. K. W. Leitner, M. Winter and J. O. Besenhard:

  76. COMPOSIT SUPERCAPACITOR ELECTRODES
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  77. M. Kocian, J. Vondrák, M. Sedlaříková:

  78. ELECTRODES FOR THE ELECTROCHEMICAL SUPERCAPACITORS
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  79. K. Micka:

  80. CONTEMPORARY TRENDS IN RESEARCH AND DEVELOPMENT OF LEAD-ACID BATTERIES
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  81. J. R. Owen:

  82. ARCHITECTURE OF MESOPOROUS ELECTRODE MATERIALS
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  83. J. Reiter, J. Vondrák, F. Opekar, M. Sedlaříková, J. Velická, B. Klápště:

  84. NEW REFERENCE ELECTRODE BASED ON PMMA POLYMER ELECTROLYTES
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  85. K. Smékal, J. Mertl, M. Sedlaříková, J. Reiter, J. Vondrák:

  86. RESEARCH OF THE GEL POLYMER ELECTROLYTES
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  87. A. Surca Vuk, B. Orel, M. Liberatore, F. Decker:

  88. EX-SITU IR INVESTIGATION OF STRUCTURAL CHANGES IN SOL-GEL V2O5 FILMS DURING CHARGING/DISCHARGING
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  89. J. Vondrák, M. Sedlaříková, J. Reiter, J. Velická, B. Klápště, J. Michalek:

  90. GEL POLYMER ELECTROLYTES NEW TOOL FOR NON - AQUEOUS ELECTROCHEMISTRY
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  91. Fang-Shuo Chang, Ying-Chan Hsu, and Kuo-Chuan Ho:

  92. DYE-SENSITIZED TiO2 PHOTOELECTROCHEMICAL CELLS INCORPORATING PMMA-BASED GEL POLYMER ELECTROLYTES
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  93. F. Svegl and B. Orel:

  94. LAYERED LiNi1-xAlxO2 AND LiCo1-xAlxO2 THIN FILMS AS ELECTRODE MATERIALS FOR ELECTROCHROMIC DEVICES
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  95. C.D. Mateescu, I.V. Branzoi, A. Mateescu, F. Branzoi:

  96. ELECTROCHEMICAL BEHAVIOR OF LEAD AND LEAD ALLOYS IN SULFURIC ACID SOLUTIONS SUBJECTED TO ULTRASOUNDS
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  97. K. Bímová, S. Moravcová and K. Bouzek:

  98. TRANSPORT PROPERTIES OF POLY(2,6-DIMETHYL-1,4-PHENYLENOXIDE) MEMBRANES AT DIFFERENT DEGREES OF SULPHONATION
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  99. S. Moravcová, K. Bouzek, M. Paidar:

  100. NEW TYPE OF MEMBRANE ELECTRODE ASSEMBLY BASED ON NAFION MEMBRANE AND POLYPYRROLE
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  101. M. Míka, L. Grič, J. Vondrák and B. Klápště:

  102. HIGH PROTON CONDUCTING ANTIMONY-PHOSPHATE GLASS
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  103. P. Bača, P. Křivák:

  104. STUDY OF THE EFFECTS OF COMPRESSION ON THE PERFORMANCE OF POSITIVE ELECTRODES IN LEAD-ACID CELLS
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  105. S.E. Smirnov K.Y. Ilin A.A. Ogorodnikov:

  106. LITHIUM BATTERIES WITH SOLID POLYMER ELECTROLYTE
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  107. C.D. Mateescu, I.V. Branzoi, A. Mateescu, F. Branzoi:

  108. ELECTROCHEMICAL BEHAVIOR OF LEAD AND LEAD ALLOYS IN SULFURIC ACID SOLUTIONS SUBJECTED TO ULTRASOUNDS
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  109. N. Furuya:

  110. OXYGEN REDUCTION ON GAS DIFFUSION ELECTRODES IN ALKALINE SOLUTION
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  111. A. Trifonova, J.O. Besenhard, and M. Winter:

  112. INFLUENCE OF REDUCTIVE PREPARATION CONDITIONS ON THE MORPHOLOGY AND ELECTROCHEMICAL PERFORMANCE OF NANO-SIZED Sn/SnSb INTERMETALLICS
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  113. R. Ješe, V. Jovanovski, B. Orel, A. Šurca Vuk, U. Lavrenčič Štangar:

  114. HYBRID ELECTROCHROMIC DEVICES COMPRISING A NANOCOMPOSITE SEMI-SOLID STATE SOL-GEL REDOX ELECTROLYTE WITH TRIETHYLENE GLYCOL OR SULFOLANE CO-SOLVENTS
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