Cu-Co-Fe alloys undercooled below a certain temperature display demixing of the liquid, followed by coagulation before dendritic solidification. In this article high temperature phase equilibria in Cu-Co-Fe samples have been precisely determined by DSC. Special attention has been paid to the liquid-liquid phase separation and on its effect on the formation of microstructures. The measured transformation temperatures have also been used to update the description of the ternary phase diagram
A combination of differential thermal analysis (DTA) and drop-quench experiments were conducted on t...
The liquidus temperature of the ternary Fe-Co-Cu alloy was investigated using differential thermal a...
A combination of differential thermal analysis (DTA) and drop-quench experiments were conducted on t...
Isothermal sections for the iron rich corner of the Fe-Cu-C system have been constructed at 1500, 14...
Since the beginning of materials science research under microgravity conditions immiscible alloys ha...
Metastable monotectic Cu – 50 at. % Co alloy produced by arc melting has been processed under micro ...
Two Co – Cu alloys were studied by drop tube processing technique in a view of investigating ...
The Fe-FeS-CoS-Co system has been investigated experimentally from 1073 K up to liquidus temperature...
The densities of liquid copper, cobalt, and iron, their binary and ternary alloys have been measured...
The solidification behavior of an atomized droplet of a metastable, immiscible Cu–Fe alloy has been ...
The research is devoted to the study of the high-temperature phase equilibria within the complete co...
The phase transformations in the ternary sulfide Cu-Fe-S system are analyzed, and the positions and ...
The Co-Cu system is analyzed in the region of metastable miscibility gap with separation of the unde...
Solidification microstructures of Cu-40 wt.% Pb alloy were examined under different undercooling deg...
As a fundamental study to develop a new process for eliminating detrimental elements and for recover...
A combination of differential thermal analysis (DTA) and drop-quench experiments were conducted on t...
The liquidus temperature of the ternary Fe-Co-Cu alloy was investigated using differential thermal a...
A combination of differential thermal analysis (DTA) and drop-quench experiments were conducted on t...
Isothermal sections for the iron rich corner of the Fe-Cu-C system have been constructed at 1500, 14...
Since the beginning of materials science research under microgravity conditions immiscible alloys ha...
Metastable monotectic Cu – 50 at. % Co alloy produced by arc melting has been processed under micro ...
Two Co – Cu alloys were studied by drop tube processing technique in a view of investigating ...
The Fe-FeS-CoS-Co system has been investigated experimentally from 1073 K up to liquidus temperature...
The densities of liquid copper, cobalt, and iron, their binary and ternary alloys have been measured...
The solidification behavior of an atomized droplet of a metastable, immiscible Cu–Fe alloy has been ...
The research is devoted to the study of the high-temperature phase equilibria within the complete co...
The phase transformations in the ternary sulfide Cu-Fe-S system are analyzed, and the positions and ...
The Co-Cu system is analyzed in the region of metastable miscibility gap with separation of the unde...
Solidification microstructures of Cu-40 wt.% Pb alloy were examined under different undercooling deg...
As a fundamental study to develop a new process for eliminating detrimental elements and for recover...
A combination of differential thermal analysis (DTA) and drop-quench experiments were conducted on t...
The liquidus temperature of the ternary Fe-Co-Cu alloy was investigated using differential thermal a...
A combination of differential thermal analysis (DTA) and drop-quench experiments were conducted on t...