Co-investigator: RNDr. Jiří Čermák, DSc.
Number of Project: 2A-1TP1/067
Agency: Ministry of Industry and Trade of the Czech republic
Duration: 01. 01. 2006 - 31. 12. 2010

Research into technologies of high potential heat transfer from a nuclear source, where the nuclear source is considered a fast reactor and/or high temperature reactor cooled by molten salts. In the case the considered nuclear source is a fast reactor (SFR) the project is focused on R&D and design documentation for bids of heat exchangers for factor of the new generation, denoted as SFR (Sodium Fast Reactor) in the Generation IV. International Forum including basic design documentation. The important objectives is research into conceptional design of heat exchanger with a very high level of safety and reability during future operation at NPPs, where the reactor coolant is the liquid sodium.

L. Král, J. Čermák, O. Matal, T. Šimo, L. Nesvadba and M. Jílek: Structure Changes in Two Chosen Metallic Materials Exposed to Molten LiF-NaF Eutecic Mixture - Model of Corrosion Behaviour. Kovove Mater. 47, 2009, 63.

L. Král, J. Čermák, O. Matal, T. Šimo and L. Nesvadba: Model of Corrosion Process in Chosen Ni-Based Materials Exposed to Eutectic LiF-NaF Molten Slat Mixture. METAL 2009 Conference Proceedings, 2009, 246. (Presented as oral contribution)

L. Král, J. Čermák, O. Matal, T. Šimo, L. Nesvadba and M. Jílek: Analysis of Elements Redistributions in Ni-Coated Ferritic Steel for Molten Salt Technologies. METAL 2009 Conference Proceedings, 2009, 238. (Presented as oral contribution)