International audienceThe solidification paths for UFeB4, UFe3B2 and UFe4B, ternary compounds, situated along the U:(Fe,B) = 1:5 line in the B-Fe-U phase diagram, are proposed based on x-ray powder diffraction measurements, differential thermal analysis, heating curves and scanning electron microscopy observations complemented with energy and wavelength dispersive x-ray spectroscopies. The compounds melt incongruently and are formed by peritectic reactions. The present work demonstrates the existence of a cascade of peritectic reactions along the U:(Fe,B) = 1:5 composition line, establishes peritectic temperatures and proposes an isopleth diagram along this lin
Composition ranges in the U-Fe-M systems were selected where the ThMn_1_2-type structure is expected...
A method for undercooling of highly reactive Nd-Fe-B bulk alloy melts is pre-sented. It is shown tha...
Precise compositional analyses at spatial resolution xSe and δ-FexSe form as solids in a two-phase f...
International audienceThe solidification paths for UFeB4, UFe3B2 and UFe4B, ternary compounds, situa...
International audienceThe liquidus projection at the boron-rich corner of the B-Fe-U phase diagram i...
International audienceThe liquidus projection of the U-rich corner of the B-Fe-U phase diagram is pr...
The present investigation shows quantitative results for the peritectic phase transformation of FeM...
The present investigation focuses on the solidification of peritectic binary alloys in the systems F...
Secondary intermetallic phase formation during directional solidification of two 6xxx series wrought...
A diagram of the phase composition of the Fe – Si – B system is constructed in the form of elementar...
The solidification of concentrated alloys containing ordered compounds is less well understood. Thes...
A model experiment was made for study on the effects of temperature on the reaction rate in isotherm...
The phase formation in the Fe-S system was investigated by differential thermal analysis and Mössbau...
Metallic uranium alloy fuels cladded in stainless steel are being examined for fast reactors that op...
Changes in fractions of δ-ferrite, austenite and liquid phases during peritectic solidification in i...
Composition ranges in the U-Fe-M systems were selected where the ThMn_1_2-type structure is expected...
A method for undercooling of highly reactive Nd-Fe-B bulk alloy melts is pre-sented. It is shown tha...
Precise compositional analyses at spatial resolution xSe and δ-FexSe form as solids in a two-phase f...
International audienceThe solidification paths for UFeB4, UFe3B2 and UFe4B, ternary compounds, situa...
International audienceThe liquidus projection at the boron-rich corner of the B-Fe-U phase diagram i...
International audienceThe liquidus projection of the U-rich corner of the B-Fe-U phase diagram is pr...
The present investigation shows quantitative results for the peritectic phase transformation of FeM...
The present investigation focuses on the solidification of peritectic binary alloys in the systems F...
Secondary intermetallic phase formation during directional solidification of two 6xxx series wrought...
A diagram of the phase composition of the Fe – Si – B system is constructed in the form of elementar...
The solidification of concentrated alloys containing ordered compounds is less well understood. Thes...
A model experiment was made for study on the effects of temperature on the reaction rate in isotherm...
The phase formation in the Fe-S system was investigated by differential thermal analysis and Mössbau...
Metallic uranium alloy fuels cladded in stainless steel are being examined for fast reactors that op...
Changes in fractions of δ-ferrite, austenite and liquid phases during peritectic solidification in i...
Composition ranges in the U-Fe-M systems were selected where the ThMn_1_2-type structure is expected...
A method for undercooling of highly reactive Nd-Fe-B bulk alloy melts is pre-sented. It is shown tha...
Precise compositional analyses at spatial resolution xSe and δ-FexSe form as solids in a two-phase f...