TOPIC 3 MATERIALS FOR FUEL CELLS
  • Low temperature proton conducting membranes for fuel cell applications: from Nafion to up to date materials. Likhachev D.Y., Dobrovolsky Y.A., Pisareva A.V.
  • Development of Mini Fuel Cells for Portable Electronic Devices. Sister V.G., Fateev V.N. Bokach D.A.
  • Perspective catalysts for the hydrogen oxidation reaction in fuel cells (review). Lykhnytskyi K.V., Jaskula M., Barsukov V.Z.
  • Pt nanoclusters on carbon nanomaterials for hydrogen fuel cells. Kuyunko N.S., Kushch S.D., Muradyan V.E., Volodin A.A.,Torbov V.I., Tarasov B.P.
  • Electroconductive polymers & thermally-exfoliated graphite composites as catalysts for oxygen reduction. Barsukov V.Z., Khomenko V.G., Katashinskii A.S.
  • Palladium as a catalyst for PEM fuel cells. Grigoriev S.A., Lyutikova E.K., Fateev V.N.
  • Hydrogen as alternative fuel for Moscow and Moscow region. Sister V.G., Fateev V.N.
  • Multifunctional integrated FC electrode on macroporous silicon. Design & Technology. Starkov V.V.
  • Prospective of Gas-Eutectic Porous Materials for Fuel Cell Application. Shapovalov V.I.
  • Synthesis of platinum-containing carbon nanostructures. Zolotarenko A.D., Zolotarenko A.D., Vojchuk G.A., Zolotarenko A.D., Adeev V.M., Kotko A.V., Koval' A.J., Firstov S.A., Shchur D.V., Mil'to O.V., Zaginaychenko S.Yu., Golovko E.I.
  • Radiation Induced Phenomena on Electrical and Protonic Properties of Compact Metal-Electrolyte Fuel Cell. Tsuchiya B., Nagata S., Saito K., Toh K., Shikama T.
  • Polymeric proton conducting membrane based on poly(vinyl alcohol) and aromatic acids. Pisareva A.V., Dobrovolsky Yu.A.
  • Irradiation Effect of Gamma-Ray on the Proton-Conducting Polymer. Konishi Y., Nagata S., Tsuchiya B., Toh K., Shikama T.
  • Study of the charge-discharge characteristics of metal-hydride electrode materials. Saldan I.V., Zavaliy I.Yu., Dubov Yu.G.
  • Investigation of hydrogen permeability of aluminum and its protecting properties. Denisov E.A., Kompaniets T.N., Kurdyumov A.A., Averyanov D.S.
  • Investigation of the physical properties of materials for fuel elements and carbon nanostructural materials by means of acoustic waves of gigahertz range. Kustov A.I., Migel I.A.
  • Computer modeling of ions Í+, Í3Î+, Í5Î2+ transport in nanostructural supermolecules of water. Beznosyuk S.A., Perezhogin A.A.
  • The Electronic Structure of the NdVO3 Compound: X-ray Spectra and Band Calculations in LAPW-approximation. Scherbatey A. M., Uvarov V.N. , Senkevich A. I.
  • Electron structure of La1+nNinO3n+ (n=1,2,3..?) compounds:x-ray spectra and band calculations in LAPW approximation. Uvarov V.N., Senkevich A.I., Urubkov I.V.
  • Comparative analysis of processes of proton intercalation into ceramic and single crystal samples of barium and strontium cerates. Aksenova T.I., Khromushin I.V., Kornienko P.A., Munasbaeva K.K.
  • The electronic structure of some lanthanum nickelites. Bondarenko T.N., Urubkov I.V., Zyrin A.V., Uvarov V.N.
  • Electrophysical and X-ray spectral investigation of the doped Sm-nickelites based electrode materials. Zyrin A.V., Bondarenko T.N., Vlasko N.I.
  • Application of layered InSe and GaSe crystals and powders for solid state hydrogen storage. Zhirko Yu.I., Kovalyuk Z.D., Pyrlja M.M., Boledzyuk V.B.
  • Theoretical and experimental investigations of PEM FC catalyst layers. Baranov I.E., Nikolaev I.I., Grigoriev S.A., Beloglazov V.Yu.
  • Structure and formation of films of zirconia-based solid electrolyte. Malkov V.B., Malkov A.V., Malkov O.V., Pushin V.G., Shulygin B.V.
  • Deposition of catalyst containing carbon nanostructures on proton conducting polymer membranes by electrophoresis. Zolotarenko A.D., Mil'to O.V., Zolotarenko Al.D., Zolotarenko An.D., Shaposhnikova T.I., Khotynenko N.G., Adejev V.M., Kotko A.V., Zaginaichenko S. Yu., Schur D.V.