| Contact-us | EurConf_Ionics_2007@cnrs-imn.fr | updated page 4-06-2007 |
| Photo paludier:© Stéphane Evain |
| Scope of the Conference |
The field of Ionics is presently very rapidly developing. It is based on the phenomenon of fast ion transport in solids. For an increasing number of materials, predominant ionic conductivity at ambient or elevated temperatures has been found which is comparable to that of liquid electrolytes. The ionic conductivity can be of the same order of magnitude as the electronic conductivity in semiconductors. There is a tremendous potential of important practical applications in fields such as environmental protection, process control, energy conversion and storage, which will have a major impact on renewable energy technologies. |
The 11th EuroConference on the Science and Technology of Ionics will provide a worldwide international and interdisciplinary forum for all aspects of the science and technology of Ionics. Especially materials aspects for batteries, fuel and water electrolysis cells, chemical sensors, thermoelectric converters, electrochromic systems, promoted chemical reactions and photogalvanic solar cells will be considered in 2007. The participation of young researchers entering the field as well as researchers from related fields is greatly welcome. |
Special emphasis will be given as well to the most recent scientific aspects of understanding ionic transport in solids as technological opportunities and problems of the latest practical developments. Especially important are ionic-electronic interactions and phenomena at electrolyte-electrode interfaces. The simultaneous exchange of ions and electrons at these junctions offers many new opportunities beyond previous technologies. Thermodynamic and kinetic processes will be discussed, related to both fundamental understanding and applications. |
TOPICS |
| A. Inorganic Cationic Conductors |
| B. Oxygen Ion and Other Anionic Conductors |
| C. Proton Conductors |
| D. Amorphous Conductors/Glasses |
| E. Polymers |
| F. Biological/Organic Ion Conductors |
| G. Mixed lonic-Electronic Conductors, Electrodes |
| H. Semiconductor lonics |
| I. Electrode reaction mechanisms |
| J. Electrochemical Promotion |
| K. Solid State Polyphase Reactions |
| L. Surfaces/Interfaces/Grain Boundaries |
| M. Theory, Modeling |
| N. Crystallographic and Microstructural Aspects of lonic Motion |
| O. Experimental Techniques |
| P. Thin Films, Layers and Microionics |
| Q. Other Fundamental Aspects of Solid State Ionics |
| Special attention will be paid to the upcoming technologies of lonics. The following topics will be intensively discussed: |
| R. Sensors |
| S. Electrochromics |
| T. Fuel and Electrolysis Cells |
| U. Batteries |
| V. Supercapacitors |
| W. Electrochemically Promoted Reactions |
| X. Photogalvanic Solar Energy Conversion |
| Y. Other Applications |
| Contact-us | EurConf_Ionics_2007@cnrs-imn.fr | updated page 4-06-2007 |
| Photo paludier:© Stéphane Evain |