General Information

· Lectures, Questions & Answers

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· Local Organizing Committee

· Topics

· Deadlines

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Scientific Programme          

· Programme

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Registration

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Preliminary program

All sessions are located in Blokhintsev lecture hall, 2-nd floor

Regular Lectures

• Evgeny V. Antipov (Faculty of Chemistry, Moscow State University) New cathode materials for lithium batteries
• Mikhail V. Avdeev (Joint Institute for Nuclear Research) Structure Analysis of disordered systems by small-angle scattering
• Anatoly M. Balagurov (Joint Institute for Nuclear Research) Neutron scattering as a tool for atomic and magnetic structural characterization
• Mikhail V. Basilevsky (Photochemistry Center, RAS) The microscopic model of electron transfer reaction in disordered solid matrice
• Andrey L. Chuvilin (CIC nanoGUNE) Low-voltage electron microscopy to study carbon nanomaterials
• Vladimir I. Feldman (Faculty of Chemistry, Moscow State University) Physics and chemistry of solvated electron
• Anatoly N. Filippov (Gubkin Russian State University of Oil and Gas) Mathematical modeling of ion transport through one- and bi-layer ion-exchange systems
• Alexander M. Gas'kov, Marina N. Rumyantseva (Moscow U) Conductometric gas sensors based on nanocrystalline metal oxides
• Daniil Itkis (Faculty of Chemistry, Moscow State University) Challenges facing rechargeable lithium-air batteries
• Sergey A. Kislenko (Joint Institute for High Temperatures of the Russian Academy of Sciences) Molecular dynamics simulation as a powerful tool to investigate the structure of interfaces and heterogeneous processes
• Mikhail G. Kiselev (Institute of Solution Chemistry RAS) Solvation of conformationally flexible molecules. Experiment and computer simulations
• Nina V. Kosova (Institute of Solid State Chemistry and Mechanochemistry SB RAS) Mechanochemical synthesis and investigation of nanomaterials for lithium-ion batteries
• Valery V. Malev (St. Petersburg State University) Cyclic voltammetry of electrodes modified with pristine and composite films of conducting polymer
• Renat R. Nazmutdinov (Kazan National Research Technological University) Theory vs molecular modelling of charge transfer reactions: some problems and challenges
• Alexander A. Nekrasov (A.N. Frumkin Institute of Physical Chemistry and Electrochemistry, RAS) Polymeric Sulfonic Acids as Molecular Templates for Preparing Conducting Polymers with Tunable Morphology, Electrochemical and Spectral Properties
• Stephen Price (School of Chemistry, University of Southampton) Studies of electrocatalytic systems using X-ray absorption spectroscopy
• Michael Probst (University of Innsbruck) Ethylene glycol - water mixtures: information from MD simulations
• Elizabeth Santos (University of Ulm) Electrocatalytic properties of nanostructures
• Elena Savinova (Strasbourg University) In situ synchrotron study of fuel cell catalysts
• Oleg A. Semenikhin (Department of Chemistry, The University of Western Ontario) Photogeneration, transport and recombination of charge carriers in organic donor-acceptor solar cells
• Wolfgang Schmickler (University of Ulm) Theoretical investigations of oxygen reactions
• Robert Steinberger-Wilckens (Research center Julich) Materials development for SOFC: status and development perspectives
• Galina A. Tsirlina (Faculty of Chemistry, Moscow State University) Diversity of electrochemistry: the specific problems of molecular models and their experimental verification
• Sergey Tsybulya (Boreskov Institute of Catalysis SB RAS) Diffraction studies of ultrafine powders and nanostructured materials
• Masatomo Yashima (Tokyo Institute of Technology) Visualization of the diffusional pathway of mobile ions in ionic conducting ceramics through diffraction experiments
• Yan Zubavichus (National research center “Kurchatov Institute”) Structural diagnostics of functional materials in action: capabilities of X-ray synchrotron techniques

Popular lectures Aug 30 ()

• Е.Р. Савинова (Университет Страсбурга, Франция) Наночастицы в катализе: с древних времен до технологий XXI века
• С.В. Цыбуля (Новосибирский Университет, Россия) От моно- до нанокристаллов. К столетию открытия дифракции рентгеновских лучей
• А.Л.Чувилин (Исследовательский центр CIC nanoGUNE, Испания) Основы электронной микроскопии или как увидеть невидимое