AbstractThis paper presents the development of a model which calculates the composition of the organic phase for a system used to remove selectively americium from a PUREX raffinate. A phenomenological approach is performed to aggregate step by step the specificities of this complex extraction system. Modeling of the influence of TEDGA is complex because experiments have shown that the water-soluble ligand TEDGA is extracted by the diamide and that its extraction is enhanced in presence of lanthanides. The formation of mixed solvates lanthanides-TEDGA-DMDOHEMA is thus taken into account
International audienceSeveral hydrometallurgical processes studied in France for lanthanide/minor ac...
National audienceAbstract – Recycling americium (Am) alone from the spent fuel is an important optio...
International audienceThe N,N--dimethyl-N,N--dioctylhexylethoxymalonamide, DMDOHEMA, and the di-n-he...
AbstractThis paper presents the development of a model which calculates the composition of the organ...
International audienceRecycling americium (Am) alone from spent nuclear fuels is an important option...
International audienceRecycling americium (Am) alone from the spent fuel is an important option stud...
Americium is the main contributor to the long-term radiotoxicity and to the heat generation of glass...
The direct and selective extraction of Am(III) from simulated PUREX raffinate is demonstrated using ...
International audienceRecycling americium from spent fuels is an important option considered for the...
International audienceRecycling americium from spent fuels is an important option considered for the...
International audienceRecycling americium from spent fuels is an important option considered for the...
Recycling americium from spent fuels is an important consideration for the future nuclear fuel cycle...
Recycling americium from spent nuclear fuel is considered as an important option for a future sustai...
International audienceIn the framework of the R&D program conducted in France on partitioning and tr...
In recent years, much effort has been invested in recycling of minor actinides from PUREX raffinate ...
International audienceSeveral hydrometallurgical processes studied in France for lanthanide/minor ac...
National audienceAbstract – Recycling americium (Am) alone from the spent fuel is an important optio...
International audienceThe N,N--dimethyl-N,N--dioctylhexylethoxymalonamide, DMDOHEMA, and the di-n-he...
AbstractThis paper presents the development of a model which calculates the composition of the organ...
International audienceRecycling americium (Am) alone from spent nuclear fuels is an important option...
International audienceRecycling americium (Am) alone from the spent fuel is an important option stud...
Americium is the main contributor to the long-term radiotoxicity and to the heat generation of glass...
The direct and selective extraction of Am(III) from simulated PUREX raffinate is demonstrated using ...
International audienceRecycling americium from spent fuels is an important option considered for the...
International audienceRecycling americium from spent fuels is an important option considered for the...
International audienceRecycling americium from spent fuels is an important option considered for the...
Recycling americium from spent fuels is an important consideration for the future nuclear fuel cycle...
Recycling americium from spent nuclear fuel is considered as an important option for a future sustai...
International audienceIn the framework of the R&D program conducted in France on partitioning and tr...
In recent years, much effort has been invested in recycling of minor actinides from PUREX raffinate ...
International audienceSeveral hydrometallurgical processes studied in France for lanthanide/minor ac...
National audienceAbstract – Recycling americium (Am) alone from the spent fuel is an important optio...
International audienceThe N,N--dimethyl-N,N--dioctylhexylethoxymalonamide, DMDOHEMA, and the di-n-he...