The isothermal section at 500 \ub0C of the Sm-Al-Si system has been experimentally investigated by using scanning electron microscopy, electron microprobe analysis and X-ray powder diffraction. Four intermetallic compounds have been confirmed: \u3c41-SmAl2Si2 (hP5-CaAl2Si2 type), \u3c42-SmAl xSi1-x (tI12-Th2Si type), \u3c44- SmAl0.5Si0.5 (oS8-CrB type) and \u3c45-Sm 6Al3Si (tI80-Tb6Al3Si type). A new ternary intermediate has been found: \u3c43-Sm4Al 3Si3 that crystallizes orthorhombic isostructural with Pr4Al3Ge3
The ternary Al–Co–Si phase diagram was investigated using optical microscopy, powder X-ray diffracti...
The ternary Al–Co–Si phase diagram was investigated using optical microscopy, powder X-ray diffracti...
The effect of the two light rare earths Pr and Nd addition to the Al\u2013Si system, in the Al-rich ...
The isothermal section at 500 \ub0C of the Sm\u2013Ni\u2013Al ternary system in the 40\u2013100 at.%...
The isothermal section at 500 °C of the Sm–Ni–Al ternary system in the 40–100 at.% Al region has bee...
In the framework of a systematic investigation of intermetallic systems, constituted by aluminium an...
Phase relationships in the Tb\u2013Al\u2013Si system have been established and experimentally studie...
Phase equilibria in the Al-Mg-Sm system at 400 degree C have been investigated by means of microstru...
The Sm-In system was studied using differential thermal, metallographic and X-ray analyses. The foll...
There are presently limited information regarding the liquid–solid equilibria at the (Al)-rich regio...
The isothermal section of the Nd-Al-Si ternary system at 500 degrees C has been investigated using d...
AbstractThe ternary phase diagram Al–Ge–Ni was investigated between 0 and 50 at.% Ni by a combinatio...
The ternary Al–Co–Si phase diagram was investigated using optical microscopy, powder X-ray diffracti...
The ternary Al–Co–Si phase diagram was investigated using optical microscopy, powder X-ray diffracti...
The ternary Al–Co–Si phase diagram was investigated using optical microscopy, powder X-ray diffracti...
The ternary Al–Co–Si phase diagram was investigated using optical microscopy, powder X-ray diffracti...
The ternary Al–Co–Si phase diagram was investigated using optical microscopy, powder X-ray diffracti...
The effect of the two light rare earths Pr and Nd addition to the Al\u2013Si system, in the Al-rich ...
The isothermal section at 500 \ub0C of the Sm\u2013Ni\u2013Al ternary system in the 40\u2013100 at.%...
The isothermal section at 500 °C of the Sm–Ni–Al ternary system in the 40–100 at.% Al region has bee...
In the framework of a systematic investigation of intermetallic systems, constituted by aluminium an...
Phase relationships in the Tb\u2013Al\u2013Si system have been established and experimentally studie...
Phase equilibria in the Al-Mg-Sm system at 400 degree C have been investigated by means of microstru...
The Sm-In system was studied using differential thermal, metallographic and X-ray analyses. The foll...
There are presently limited information regarding the liquid–solid equilibria at the (Al)-rich regio...
The isothermal section of the Nd-Al-Si ternary system at 500 degrees C has been investigated using d...
AbstractThe ternary phase diagram Al–Ge–Ni was investigated between 0 and 50 at.% Ni by a combinatio...
The ternary Al–Co–Si phase diagram was investigated using optical microscopy, powder X-ray diffracti...
The ternary Al–Co–Si phase diagram was investigated using optical microscopy, powder X-ray diffracti...
The ternary Al–Co–Si phase diagram was investigated using optical microscopy, powder X-ray diffracti...
The ternary Al–Co–Si phase diagram was investigated using optical microscopy, powder X-ray diffracti...
The ternary Al–Co–Si phase diagram was investigated using optical microscopy, powder X-ray diffracti...
The effect of the two light rare earths Pr and Nd addition to the Al\u2013Si system, in the Al-rich ...