The mixed oxide Th0.60Am0.40O2-x has been synthesized and characterized after reductive and oxidative thermal treatments. Both materials are monophasic solid solutions. The determination of O/M ratio was achieved combining XRD, XANES and TGA, showing the consistence between the three methods. This study represents a further step in our investigation of the Th-Am-O system and improves it comprehension.JRC.E.4-Nuclear fuel
A survey was made of methods potentially useful for the determination of the oxygen to metal ratio i...
International audienceIn the frame of minor actinide transmutation, americium can be diluted in UO2 ...
Literature values and estimated data for the thermodynamics of the actinide oxides and fission produ...
Heating in air at 625°C a Th0.80Am0.20O2-x sample in air at 625°C leads to his full oxidation to sto...
The oxygen-to-metal (O/M) ratio is one of the most critical parameters of nuclear fuel fabrication, ...
International audienceMinor actinides (MA Am, Np, Cm) are created in the nuclear fuel through succes...
International audienceUranium–americium oxides U$_{1−y}$Am$_y$O$_{2±x}$ are currently investigated a...
International audienceMinor actinides (MAs), i.e. Np, Am and Cm, are produced in the nuclear fuel du...
International audienceAmericium is a chemical element produced by neutron capture in nuclear reactor...
The oxygen-to-metal atom ratio, or O/M, of solid solution uranium- plutonium oxide reactor fuel is a...
International audienceInnovative americium-bearing uranium–plutonium mixed oxides U$_{1–y}$Pu$_y$O$_...
International audienceThe introduction of (U,Am)O2±x materials in the Fast Neutron Reactors requires...
The elemental and chemical composition of nuclear fuel pellets are key factors influencing the mater...
A first principles thermodynamic model for nuclear fuel is in an advanced stage of development. This...
The objective of the Fuel Cycle R&D Program, Advanced Fuels campaign is to provide the research ...
A survey was made of methods potentially useful for the determination of the oxygen to metal ratio i...
International audienceIn the frame of minor actinide transmutation, americium can be diluted in UO2 ...
Literature values and estimated data for the thermodynamics of the actinide oxides and fission produ...
Heating in air at 625°C a Th0.80Am0.20O2-x sample in air at 625°C leads to his full oxidation to sto...
The oxygen-to-metal (O/M) ratio is one of the most critical parameters of nuclear fuel fabrication, ...
International audienceMinor actinides (MA Am, Np, Cm) are created in the nuclear fuel through succes...
International audienceUranium–americium oxides U$_{1−y}$Am$_y$O$_{2±x}$ are currently investigated a...
International audienceMinor actinides (MAs), i.e. Np, Am and Cm, are produced in the nuclear fuel du...
International audienceAmericium is a chemical element produced by neutron capture in nuclear reactor...
The oxygen-to-metal atom ratio, or O/M, of solid solution uranium- plutonium oxide reactor fuel is a...
International audienceInnovative americium-bearing uranium–plutonium mixed oxides U$_{1–y}$Pu$_y$O$_...
International audienceThe introduction of (U,Am)O2±x materials in the Fast Neutron Reactors requires...
The elemental and chemical composition of nuclear fuel pellets are key factors influencing the mater...
A first principles thermodynamic model for nuclear fuel is in an advanced stage of development. This...
The objective of the Fuel Cycle R&D Program, Advanced Fuels campaign is to provide the research ...
A survey was made of methods potentially useful for the determination of the oxygen to metal ratio i...
International audienceIn the frame of minor actinide transmutation, americium can be diluted in UO2 ...
Literature values and estimated data for the thermodynamics of the actinide oxides and fission produ...