Welcome to the open archive of the nuclear energy division (french acronym: DEN) from the Marcoule.
you can consult here all DEN marcoule scientific publications deposited on HAL or HAL-CEA.

Consult here all DEN Marcoule documents

Click on the unity name to access to the publications list.

Past and present Departments from the DEN Marcoule:

see also Marcoule Institute for separation chemistry (french acronym: ICSM)


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Calcination ACTN Activity coefficient Chelating agents Finite point process Conditionnement Déchets compactés Stochastic geometry MODELE Image analysis Déchets technologiques Marked point process Image processing FIB Conteneurs béton Décomposition thermique Vapour–liquid equilibria Axial dispersion Geopolymers ANION EXCHANGE ADSORPTION Colis de verre Coupled PIV–PLIF techniques Bitumes Actinide oxalates Combustible usé Bioavailability Activated carbon felts Actinide biochemistry IIn situ/i ESEM Hydrofluorination CFD Metal ions Irradiation defects Binary mixture Focused Ion beam Déchets Ciments Hydrofluoration Actinide Cinétique isobare Hulls Concentrated aqueous solutions Mixing Composition range Isothermal conditions Irradiation defects Raman spectroscopy Aerated water Secondary phases MILIEU POREUX CFD-PBE modelling Alkali activators Azeotrope Osmotic coefficient C-14 Pulsed column Highly over lapping ellipses Molecular dynamics PIV Confinement COM Colis de bitume Actinide chemistry Controlled atmosphere Binary data Speciation BETON DSD measurement Liquid-liquid system Water activity CFD–PBE modelling Composés d'actinide Matériaux cimentaires Matérn point process Aerated water Competitive sorption Solid-gas reactions Isobaric conditions Dioxyde d’uranium Lanthanoids Liquid–liquid system Cinétique isotherme In-situ probe GEL Large ellipse clusters Conteneur de stockage ACTI Activated carbon felt Aging Bubble images MESOPOROUS ADSORBENTS Extraction Liquide-Liquide Decorporation INDUSTRY Cerium oxide Uranium dioxide Crystal structure 3D modeling Breakup kernels Incinération de déchets Microfluidiques Kinetics modelling