International audienceAs part of the research program on generation IV reactors, CEA is developing new grades of austen-itic steels for the fuel cladding of Sodium Fast Reactors (SFR). Austenitic stainless steels show ex-cellent properties in SFR’s extreme operating conditions: corrosive environment, high operating tem-perature (400-700 ° C) and highly energetic neutron flux. However, the appearance of the swelling phenomenon under irradiation limits cladding lifespan. The most optimized French grade is AIM1, a 15Cr-15Ni austenitic stabilized steel, which sustain doses up to 100 displacements per atom (dpa)
Un acier austénitique stabilisé au titane, le 15-15Ti AIM1, a été choisi à l'état écroui comme matér...
International audienceTo understand the role of different metallurgical parameters on the void forma...
A cold-worked titanium stabilized austenitic steel, named 15-15Ti AIM1, is the reference material fo...
International audienceAs part of the research program on generation IV reactors, CEA is developing n...
International audienceAs part of the research program on generation IV reactors, CEA is developing n...
International audienceAs part of the research program on generation IV reactors, CEA is developing n...
Dans le cadre des études sur les réacteurs de 4ème génération, le CEA développe de nouvelles nuances...
International audienceIn the framework of the Sodium Fast-Reactor (SFR) project ASTRID, an optimized...
International audienceDue to their good corrosion resistance and excellent creep properties between ...
International audienceTo understand the role of different metallurgical parameters on the void forma...
International audienceDue to their good corrosion resistance and excellent creep properties between ...
International audienceDue to their good corrosion resistance and excellent creep properties between ...
International audienceTo understand the role of different metallurgical parameters on the void forma...
International audienceTo understand the role of different metallurgical parameters on the void forma...
International audienceDue to their good corrosion resistance and excellent creep properties between ...
Un acier austénitique stabilisé au titane, le 15-15Ti AIM1, a été choisi à l'état écroui comme matér...
International audienceTo understand the role of different metallurgical parameters on the void forma...
A cold-worked titanium stabilized austenitic steel, named 15-15Ti AIM1, is the reference material fo...
International audienceAs part of the research program on generation IV reactors, CEA is developing n...
International audienceAs part of the research program on generation IV reactors, CEA is developing n...
International audienceAs part of the research program on generation IV reactors, CEA is developing n...
Dans le cadre des études sur les réacteurs de 4ème génération, le CEA développe de nouvelles nuances...
International audienceIn the framework of the Sodium Fast-Reactor (SFR) project ASTRID, an optimized...
International audienceDue to their good corrosion resistance and excellent creep properties between ...
International audienceTo understand the role of different metallurgical parameters on the void forma...
International audienceDue to their good corrosion resistance and excellent creep properties between ...
International audienceDue to their good corrosion resistance and excellent creep properties between ...
International audienceTo understand the role of different metallurgical parameters on the void forma...
International audienceTo understand the role of different metallurgical parameters on the void forma...
International audienceDue to their good corrosion resistance and excellent creep properties between ...
Un acier austénitique stabilisé au titane, le 15-15Ti AIM1, a été choisi à l'état écroui comme matér...
International audienceTo understand the role of different metallurgical parameters on the void forma...
A cold-worked titanium stabilized austenitic steel, named 15-15Ti AIM1, is the reference material fo...