Directional solidification of the Fe - 4,3 wt % C alloy was performed with the pulling rate equal to v=83 μm/s. Sample was frozen during solidification to reveal the shape of the solid/liquid interface. Structures eutectic pyramid and spherolitic eutectic were observed. The solidification front of ledeburite eutectic was revealed. The leading phase was identified and defined
Fe - 4,25% C alloy was directionally solidified with a constant temperature gradient of G = 33,5 K/m...
Fe - 4,25% C alloy was directionally solidified with a constant temperature gradient of G = 33,5 K/m...
In this work, the directional solidification technique was employed in binary Fe-Pr and Fe-Nd eutect...
Directional solidification of the Fe - 4,3 wt % C alloy was performed with the pulling rate equal to...
Directional solidification of the Fe - 4,3 wt % C alloy was performed with the pulling rate equal to...
In order to determine the leading phase of the Fe - 4.25% C eutectic alloy, the method of directiona...
In order to determine the leading phase of the Fe - 4.25% C eutectic alloy, the method of directiona...
Directional solidification of ledeburite was realised out using a Bridgman’s device. The growth rate...
Directional solidification of ledeburite was realised out using a Bridgman’s device. The growth rate...
The current work is dedicated to the mathematical description of a protrusion of the leading phase (...
The current work is dedicated to the mathematical description of a protrusion of the leading phase (...
In this paper the analysis of solid-liquid interface morphology in white carbide eutectic was made. ...
In this paper the analysis of solid-liquid interface morphology in white carbide eutectic was made. ...
Directionally solidified sample of Fe-Fe3C eutectic alloy were produced under an argon atmosphere in...
Directionally solidified sample of Fe-Fe3C eutectic alloy were produced under an argon atmosphere in...
Fe - 4,25% C alloy was directionally solidified with a constant temperature gradient of G = 33,5 K/m...
Fe - 4,25% C alloy was directionally solidified with a constant temperature gradient of G = 33,5 K/m...
In this work, the directional solidification technique was employed in binary Fe-Pr and Fe-Nd eutect...
Directional solidification of the Fe - 4,3 wt % C alloy was performed with the pulling rate equal to...
Directional solidification of the Fe - 4,3 wt % C alloy was performed with the pulling rate equal to...
In order to determine the leading phase of the Fe - 4.25% C eutectic alloy, the method of directiona...
In order to determine the leading phase of the Fe - 4.25% C eutectic alloy, the method of directiona...
Directional solidification of ledeburite was realised out using a Bridgman’s device. The growth rate...
Directional solidification of ledeburite was realised out using a Bridgman’s device. The growth rate...
The current work is dedicated to the mathematical description of a protrusion of the leading phase (...
The current work is dedicated to the mathematical description of a protrusion of the leading phase (...
In this paper the analysis of solid-liquid interface morphology in white carbide eutectic was made. ...
In this paper the analysis of solid-liquid interface morphology in white carbide eutectic was made. ...
Directionally solidified sample of Fe-Fe3C eutectic alloy were produced under an argon atmosphere in...
Directionally solidified sample of Fe-Fe3C eutectic alloy were produced under an argon atmosphere in...
Fe - 4,25% C alloy was directionally solidified with a constant temperature gradient of G = 33,5 K/m...
Fe - 4,25% C alloy was directionally solidified with a constant temperature gradient of G = 33,5 K/m...
In this work, the directional solidification technique was employed in binary Fe-Pr and Fe-Nd eutect...
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