Research groups
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Group
Atomic Energy of Canada Limited (AECL)
Chalk River Laboratories
Fuel safety Branch
(Chalk River, Canada)
Commissariat à l'énergie atomique et aux énergies alternatives (CEA)
(Gif sur Yvette, France)
Contact person
Interests/research
Contact
Eötvös Loránd University
Dr. C. Thiriet
Dr. S. Chatain
A. Prof. L. Bencze
Actinides compounds, fission products release behaviour in nuclear fuel
Institute of Chemistry
Dept. of Physical Chemistry
(Budapest, Hungary).
European commission, JRC,
Institute for Transuranium Elements
(Karlsruhe, Germany)
J.Y. Colle
Dr. O. Benes
Forschungszentrum Jülich,
Institute for energy and climat research (IEK-2)
Dr. M. Müller
Dr. D. Sergeev
Dr. D. Kobertz
- Gas phase chemistry, molecules, clusters, and vaporization
- Interface processes (e.g. corrosion, oxidation)
- Synthesis of advanced high temperature bulk materials, composites, and coatings
- Thermodynamic and kinetic measurements (e.g. phase equilibria, thermodynamic data, diffusion coefficients)
- High temperature devices (light sources, combustion, fuel cells)
- Thermodynamic data bases and their use in materials and process modeling
(Jülich, Germany)
IM2NP, CNRS
(Marseille, France)
Indira Gandi Centre for Atomic research
(Kalpakkan, India)
INP Grenoble, SMHT
(Grenoble, France)
Institute Jozef Stefan
(Ljubljana, Slovenia)
Dr. P. Benigni
High Temperature Mass Spectrometry coupled with a multiple cell device for activity measurements.
Thermodynamics of condensed and gaseous phases in the high temperature field: alloys, salts and ceramics.
Recent developments of the method applied to Organo-Metallic compounds for transport and cracking in the microelectronic industry.
Metals and alloys with volatile components (like lead-free solders)
Vaporization and thermodynamic properties of oxides, oxyacid salts, oxide systems and materials (glasses, ceramics and coatings). Optimization of structures of the gaseous salts is carried out with the calculation of their thermodynamic functions. Modeling of thermodynamic properties of melts of oxide systems is developed using semi-empirical and statistical thermodynamic approaches.
Gas circulation in cement industry processes
Multifunctional organics / particulate air pollution
Prof. Dr R. Viswanathan
Dr. T. S. Lakshmi Narasimhan
Dr. I. Nuta
L. Artaud
Dr. A Popovic
Ivanovo State University of Chemistry and Technology
(Ivanovo, Russian Federation)
Masaryk University
Faculty of Science
Department of Chemistry
(Brno, Czech Republic)
Prof. Dr. L. Kudin
Prof. Dr. M. Butman
Moscow State University
(Moscow, Russian Federation)
NASA, Glenn Research Center
(Cleveland, United States)
Dr. P. Broz
Prof. L. Sidorov
Dr. N. Jacobson
Sapienza - University of Rome
Prof. G. Gigli
(Rome, Italy)
St. Petersburg State University
(St. Petersburg, Russian Federation)
Technische Universität Clausthal,
Institut für Nichtmetallische Werkstoffe, Bindemittel und Baustoffe
(Clausthal-Zellerfeld, Germany)
University of Manchester
(Manchester, United Kingdom)
University of Tokyo
Institute of Industrial Science
(Tokyo, Japan)
Wroclaw University of Technology
(Wroklaw, Poland)
Prof. V. Stolyarova
Prof. Dr. A. Wolter
Dr. M. Booth
Dr. T. Nagai
Prof. Dr. M. Miller
