1st  ABA - reports

Part I
Electrochemistry of materials for Advanced Batteries, Electrochromics and Supercapacitors
  1. J. Vondrák, M. Sedlaříková, J. Reiter J. Velická and B. Klápště:

    2. Gel Polymer Electrolytes Based On Pmma
     
  2. Martin Míka, Jiří Vondrák, Břetislav Klápště:

    3. Ion-Conducting Glasses with Li+
     
  3. Jiří Vondrák, Marie Sedlaříková, Jana Velická, Břetislav Klápště and Jakub Reiter

    4. Seven-Segment Display Unit
     
  4. Kerouani N, Kerouani D, Chelali N, J. Vondrak:

    5. Synthesis and electrochemical study  of polymer-electrolyte for high energetic density accumulator
     
  5. J. Vondrák, M. Sedlaříková, V. Novák and J. Velická:

    6. Comparison of various oxides as cathode materials for lith 
     
  6. Kai-C. Möller, Silke C. Skrabl, Wolfgang K. Appel, Jürgen O. Besenhard and Martin Winter:

    7. Filming Properties of Fluorinated Solvents on Graphitic Anodes for Lithium Ion Batteries
     
  7. Miran Gaberšček, Marjan Bele, Jernej Drofenik, Robert Dominko, and Stane Pejovnik:

    8. Improvement of Anode and Cathode Properties in Lithium Ion Batteries via Modifications in Preparational Procedures
     
  8. Mario Wachtler, Markus R. Wagner, Mario Schmied, Jürgen O. Besenhard, and Martin Winter:

    9. Strategies to improve the cycling stability of lithium storage metals and alloys
     
  9. James P. Olivier, Peter Golob, Hilmi Buqa, and Martin Winter:

    10. Determination of surface heterogeneities on graphites and their relation to performace in lithium ion batteries
     
  10. Martin Winter, Hilmi Buqa, Marco V. Santis Alvarez, and Jürgen O. Besenhard:

    11. Impacts of graphite pre-treatment on solid electrolyte interphase formation of graphitic anodes in lithium ion cells
     
  11. Gerhard H. Wrodnigg, Martin Winter,  and Jürgen O. Besenhard:

    12. Cyclic and Linear Sulfites for New Lithium Ion-Battery Electrolytes
     
  12. Gerhard H. Wrodnigg, Petr Novák, Martin Winter, and Jürgen O. Besenhard:

    13. Solvated and Unsolvated Lithium Intercalation into Graphites
     
  13. J. Prachařová, J. Přidal, J. Bludská, I. Jakubec:

    14. Thin Film Components for Li-Ion Microbateries
     
  14. V. Strelko:

    15. Mechanism of Oxygen Heteroatoms Influence on Processes to Produce Superdence Concentration of Alkaline Metals in Graphite Intercalation Compounds
     
  15. Hilmi Buqa, Robert I. R. Blyth, Falko P. Netzer, Michael G. Ramsey, Peter Golob, Martin Winter and Jürgen O. Besenhard

    16. Xps Studies Of Graphites For Lithium Ion Cells
     
  16. Hilmi Buqa, Peter Golob, Jürgen O. Besenhard and Martin Winter:

    17. Improving The Electrochemical Performance Of Graphitic Carbons In Lithium Ion Cells By Surface Treatment
     
  17. Hilmi Buqa, Marco V. Santis Alvarez, Christa Grogger, Robert I. R. Blyth, Falko P. Netzer, Michael G. Ramsey, Jürgen O. Besenhard and Martin Winter:

    18. Surface Modification Of Graphitic Anodes By Silylation
     
  18. B.B.Khina and I.Solpan:

    19. Mathematical Model Of Enhanced Solid-State Diffusion During Mechanical Alloying
     
  19. F. Beck, M. Dolata and R. Chromik:

    20. Supercapacitors and metal-free Rechargeable Batteries on the Basis of Carbon and Graphite Materials
     
  20. Bagreev, Yu. Tarasenko, J. Vondrak

    21. Synthetic Active Carbons for Electric DL-Capacitors
     
  21. J. Garche, M. Wohlfahrt-Mehrens:

    22. New Materials for Supercapacitors
     
  22. J. Divisek,  M.-S. Löffler, B. Groß, H. Natter, R. Hempelmann:

    23. Synthesis and Characterisation of Catalyst Layers for Direct Methanol Fuel Cell Applications
     
  23. V. Gogel, K. Lasch, J. Kerres, L. Jörissen, J.Garche:

    24. Direct Methanol Fuel cells   Materials and Systems Issues
     
  24. B. Klápště, J. Vondrák, J. Velická, V. Novák and M. Sedlaříková:

    25. Bifunctional Catalysts for Alkaline Fuel Cell Cathodes 
Part II
Microsymposium on development and Marketing on modern alkaline Batteries
  1. María-Luisa Soria (Dr. Mrs.), Joaquín Chacón, Carlos Hernández (Mr.):

    2. Development of High Performance Ni-MH Electrodes and Batteries
     
  2. Vojtech Svoboda, Grazyna Mlynarek, Alfred Nowacki:

    3. Fast charge of NiMH button cells
     
  3. Vojtech Svoboda, Harry Döring, Peter Küber, Jan Dyson:

    4. Fast charging of tubular plates VRLA batteries
     
  4. Petr Škop, Libor Nezgoda:

    5. Perforation of strips in pocket type Ni-Cd accumulators
     
  5. Cenek M., Rozsívalová Z.:

    6. Single-Track Electric Vehicles and Electrobuses -second and third stage of development of ecological transport in Czech Republic
     
  6. Cenek, Svoboda, Rozsivalova:

    7. Results of Long-lasting Operation of Ni-Cd Batteries of the SAFT Company in PROTOEL X1, BETA EL 126 and BETA EL 180 Electric Vehicles
     
  7. Jiří Vaněk:

    8. Efficiency of photovoltaic system
     
  8. Drnovský R.: 

    9. Morphology of carbon fibres intercalated by lithium observed by ESEM microscope
     
  9. Bača Petr, Křivák Petr, Šácha Libor:

    10. Study of current distribution in lead acid cell
     
  10. Vondrák J., Sedlaříková M., Rozsívalová Z.:

    11. Electrochemical Corrosion of Adhesive Joints
     
  11. M. Sedlaříková and J. Vondrák

    12. Common research performed by the Institute of Electrotechnology and the Institute of Inorganic Chemistry: the list of thesises written by students in the period 1999-2000
     
  12. Mohelníková J., Buřival Z., Sedlaříková M.:

    13. Electrochromic glazings
     
  13. V. Novák , J. Vondrák:

    14. Methods testing of electrodes for advanced batteries
     
  14. Saft Ferak Raškovice

    15. Profile of the Company