Energy dispersive X-ray diffraction on Ce in the range of pressures up to 14 GPa and temperatures up to 625 K identifies the structures in the previously proposed phase diagram and thereby disproves some of the more speculative phase diagrams from the literature, primarily concerning possible boundaries for the f.c.c. phase at high temperatures
The phase diagrams of Ce, Th, and Pu metals have been studied by means of density-functional theory ...
The pressure-temperature phase diagram for mercury is determined using energy-dispersive x-ray diffr...
International audienceResults of experiments dedicated to the study of the structure under high pres...
Energy dispersive X-ray diffraction on Ce in the range of pressures up to 14 GPa and temperatures up...
International audiencePressure-induced structural phase transformations in rare-earth metals Ce and ...
The pressure-temperature phase diagram of Ce0.9-xLaxTh0.10 alloys is presented for 0.1≤x≤0.17. Two c...
In a dilatometric investigation of metallic cerium Trombe and Foex observed under certain conditions...
The crystal structure of CeO2 has been investigated to 70 GPa using energy dispersive x-ray diffract...
International audienceThe Ce-Pt phase diagram has been investigated over the whole composition range...
There has been much interest in the past in understanding the dynamic properties of phase changing m...
The paper describes distorted lattices that can be derived from the face-centred cubic Bravais latti...
International audienceMetallic glasses are of recent interest worldwide due to their remarkable phys...
It is shown that the P-T diagram for the phase transition in Ce0.8La0.1Th0.1 has two critical points...
The isostructural α-γ phase transition in cerium is analyzed using density-functional theory with di...
International audienceNumerous investigations have been performed on Ce metal since the discovery of...
The phase diagrams of Ce, Th, and Pu metals have been studied by means of density-functional theory ...
The pressure-temperature phase diagram for mercury is determined using energy-dispersive x-ray diffr...
International audienceResults of experiments dedicated to the study of the structure under high pres...
Energy dispersive X-ray diffraction on Ce in the range of pressures up to 14 GPa and temperatures up...
International audiencePressure-induced structural phase transformations in rare-earth metals Ce and ...
The pressure-temperature phase diagram of Ce0.9-xLaxTh0.10 alloys is presented for 0.1≤x≤0.17. Two c...
In a dilatometric investigation of metallic cerium Trombe and Foex observed under certain conditions...
The crystal structure of CeO2 has been investigated to 70 GPa using energy dispersive x-ray diffract...
International audienceThe Ce-Pt phase diagram has been investigated over the whole composition range...
There has been much interest in the past in understanding the dynamic properties of phase changing m...
The paper describes distorted lattices that can be derived from the face-centred cubic Bravais latti...
International audienceMetallic glasses are of recent interest worldwide due to their remarkable phys...
It is shown that the P-T diagram for the phase transition in Ce0.8La0.1Th0.1 has two critical points...
The isostructural α-γ phase transition in cerium is analyzed using density-functional theory with di...
International audienceNumerous investigations have been performed on Ce metal since the discovery of...
The phase diagrams of Ce, Th, and Pu metals have been studied by means of density-functional theory ...
The pressure-temperature phase diagram for mercury is determined using energy-dispersive x-ray diffr...
International audienceResults of experiments dedicated to the study of the structure under high pres...