This study reports on a new vitrification process developed by the French Atomic Energy Commission (CEA, Marcoule). This process is used for the treatment of high activity nuclear waste. It is characterized by the cooling of all the metal walls and by currents directly induced inside the molten glass. In addition, a mechanical stirring device is used to homogenize the molten glass. The goal of this study is to develop numerical tools to understand phenomena which take place within the bath and which involve thermal, hydrodynamic and electromagnetic aspects. The numerical studies are validated using experimental results obtained from pilot vitrification facilities.Ce travail de recherche concerne un nouveau procédé de vitrification à l'étude...
Le verre de conditionnement des déchets issus des solutions radioactives de haute activité est le pr...
International audienceFor many years, the CEA (Commissariat à l’Énergie Atomique et aux Énergies Alt...
International audienceThe aim of this study is to perform numerical simulation of a vitrification pr...
This study reports on a new vitrification process developed by the French Atomic Energy Commission (...
The calcination-vitrification process has been used in France for over 30 years for the containment ...
The vitrification of high-level nuclear waste ensures their long-term confinement through atomic int...
La vitrification des déchets radioactifs de haute activité et vie longue permet d'assurer leur confi...
International audienceA new vitrification process based on a cold crucible heated by direct inductio...
Le procédé de calcination-vitrification est la solution utilisée en France depuis plus de 30 ans pou...
In the PIVIC process, aimed to package mixed technological nuclear wastes, a metal-glass bath is mel...
The vitrification of high-level nuclear waste is an important step to master in order to ensure thei...
AbstractA direct induction process using the cold crucible technology has been developed by the Fren...
International audienceA direct induction process using the cold crucible technology has been develop...
The 2-step French process of nuclear waste treatment, which consists in calcining and vitrifying, en...
Le verre de conditionnement des déchets issus des solutions radioactives de haute activité est le pr...
International audienceFor many years, the CEA (Commissariat à l’Énergie Atomique et aux Énergies Alt...
International audienceThe aim of this study is to perform numerical simulation of a vitrification pr...
This study reports on a new vitrification process developed by the French Atomic Energy Commission (...
The calcination-vitrification process has been used in France for over 30 years for the containment ...
The vitrification of high-level nuclear waste ensures their long-term confinement through atomic int...
La vitrification des déchets radioactifs de haute activité et vie longue permet d'assurer leur confi...
International audienceA new vitrification process based on a cold crucible heated by direct inductio...
Le procédé de calcination-vitrification est la solution utilisée en France depuis plus de 30 ans pou...
In the PIVIC process, aimed to package mixed technological nuclear wastes, a metal-glass bath is mel...
The vitrification of high-level nuclear waste is an important step to master in order to ensure thei...
AbstractA direct induction process using the cold crucible technology has been developed by the Fren...
International audienceA direct induction process using the cold crucible technology has been develop...
The 2-step French process of nuclear waste treatment, which consists in calcining and vitrifying, en...
Le verre de conditionnement des déchets issus des solutions radioactives de haute activité est le pr...
International audienceFor many years, the CEA (Commissariat à l’Énergie Atomique et aux Énergies Alt...
International audienceThe aim of this study is to perform numerical simulation of a vitrification pr...