Displacement reactions have been studied in the Fe-Ni-B system at 925°C and in the Fe-Co-B system at 900°C, together with the phase relations existing in these systems at the same temperatures. Although the isothermal crosssections show a clear resemblance, the morphology ofthe reaction layers in the Ni/Fe2B and Co/Fe2B diffusion couples was different. It is shown that the reaction layer morphology is in line with thermodynamic deductions from the slopes of the conodes in the phase diagrams
Results of measurements on thermal magnetic analyses, coercivity measurements, metallography and dif...
Prior ordering of the lattice has been shown to have a profound effect on the physical properties an...
A Tα = 415 K et Tt = 265 K FeS et NiS présentent respectivement une transition de phase de premier o...
Displacement reactions have been studied in the Fe-Ni-B system at 925°C and in the Fe-Co-B system at...
We have investigated phase relations and diffusion phenomena in the Fe-Sn and Ni-Sn systems in the t...
The system Fe-Ti-C has been investigated by means of quantitative electron probe microanalysis and o...
© 2018 Elsevier Ltd The Co-Fe-Ni system is a key system in a wide range of industrial applications. ...
Nb is one of the common refractory elements added in Ni, Co and Fe based superalloys. This lead to t...
The ternary system Co-Ti-C has been investigated by means of quantitative electron probe microanalys...
An understanding and modeling of diffusion paths in ternary systems requires a combined thermodynami...
The interaction between SiC and metals based on Ni or Fe has been studied from a thermodn. and kinet...
The crystallographic relations between the various FeZn compounds have been investigated by means of...
Phase coexistence in the Fe-Nd binary system has been investigated by metallography, x-ray diffracto...
The niobium-rich part of the Fe-Nb system has been investigated using metallography, electron microp...
Results of measurements on thermal magnetic analyses, coercivity measurements, metallography and dif...
Prior ordering of the lattice has been shown to have a profound effect on the physical properties an...
A Tα = 415 K et Tt = 265 K FeS et NiS présentent respectivement une transition de phase de premier o...
Displacement reactions have been studied in the Fe-Ni-B system at 925°C and in the Fe-Co-B system at...
We have investigated phase relations and diffusion phenomena in the Fe-Sn and Ni-Sn systems in the t...
The system Fe-Ti-C has been investigated by means of quantitative electron probe microanalysis and o...
© 2018 Elsevier Ltd The Co-Fe-Ni system is a key system in a wide range of industrial applications. ...
Nb is one of the common refractory elements added in Ni, Co and Fe based superalloys. This lead to t...
The ternary system Co-Ti-C has been investigated by means of quantitative electron probe microanalys...
An understanding and modeling of diffusion paths in ternary systems requires a combined thermodynami...
The interaction between SiC and metals based on Ni or Fe has been studied from a thermodn. and kinet...
The crystallographic relations between the various FeZn compounds have been investigated by means of...
Phase coexistence in the Fe-Nd binary system has been investigated by metallography, x-ray diffracto...
The niobium-rich part of the Fe-Nb system has been investigated using metallography, electron microp...
Results of measurements on thermal magnetic analyses, coercivity measurements, metallography and dif...
Prior ordering of the lattice has been shown to have a profound effect on the physical properties an...
A Tα = 415 K et Tt = 265 K FeS et NiS présentent respectivement une transition de phase de premier o...