As the amorphous aluminum alloys represent the newest achievement in rapid solidification of Al-based high strength heat resistant materials, a study was undertaken on the amorphous alloys in the Al-RE-TM system, the rare-earth metal being a lanthanide mixture and the transition metal a Ni-Fe substitution in definite proportions. The decomposition on heating of the most highly alloyed amorphous alloy in the investigated series is characterized by differential thermal analysis, electron microscopy and X-ray diffraction
Melt spun and annealed Al alloys containing 6 at. Ni and 4 to 7 at. La were investigated by mea...
Amorphous rare earth rich alloys of 3d transit ion metals were prepared by melt spinning. Their crys...
A mostly single Al-based amorphous phase in a sheet form with a thickness of 0.2 mm was found to be ...
As the amorphous aluminum alloys represent the newest achievement in rapid solidification of Al-base...
Amorphisation studies by rapid solidification of Al-based alloys containing a transition metal (TM) ...
The crystallization behavior and thermal stability of Al(86)Mm(4)Ni(10-x)Fe(x) alloys were investiga...
The addition of early and late transition metals to Al–La alloys has a strong influence on the glass...
The crystallization kinetics of an Al89La6Ni5 amorphous alloy were studied by thermal analysis. Both...
High thermal stable amorphous Al_xTa_ alloy powders with wide amorphization range (10≤x≤90) have bee...
The structure, production and consolidation of binary Al-RE (RE=Sm, Tb) and multicomponent Al-RE-TM ...
The addition of early and late transition metals to Al–La alloys has a strong influence on the glass...
The amorphous-to-crystalline transition during thermal annealing of amorphous Al80Fe20 alloy powders...
Amorphous Al-based alloy powders have been synthesized by mechanical alloying (MA) of elemental Al a...
Melt spun and subsequently annealed Al-alloys with 6 at.% Ni and 4–7 at.% La were investigated by di...
The work was supported by Grant Russian Foundation for Basic Research (Grants RFBR No. 11-03-00469-a...
Melt spun and annealed Al alloys containing 6 at. Ni and 4 to 7 at. La were investigated by mea...
Amorphous rare earth rich alloys of 3d transit ion metals were prepared by melt spinning. Their crys...
A mostly single Al-based amorphous phase in a sheet form with a thickness of 0.2 mm was found to be ...
As the amorphous aluminum alloys represent the newest achievement in rapid solidification of Al-base...
Amorphisation studies by rapid solidification of Al-based alloys containing a transition metal (TM) ...
The crystallization behavior and thermal stability of Al(86)Mm(4)Ni(10-x)Fe(x) alloys were investiga...
The addition of early and late transition metals to Al–La alloys has a strong influence on the glass...
The crystallization kinetics of an Al89La6Ni5 amorphous alloy were studied by thermal analysis. Both...
High thermal stable amorphous Al_xTa_ alloy powders with wide amorphization range (10≤x≤90) have bee...
The structure, production and consolidation of binary Al-RE (RE=Sm, Tb) and multicomponent Al-RE-TM ...
The addition of early and late transition metals to Al–La alloys has a strong influence on the glass...
The amorphous-to-crystalline transition during thermal annealing of amorphous Al80Fe20 alloy powders...
Amorphous Al-based alloy powders have been synthesized by mechanical alloying (MA) of elemental Al a...
Melt spun and subsequently annealed Al-alloys with 6 at.% Ni and 4–7 at.% La were investigated by di...
The work was supported by Grant Russian Foundation for Basic Research (Grants RFBR No. 11-03-00469-a...
Melt spun and annealed Al alloys containing 6 at. Ni and 4 to 7 at. La were investigated by mea...
Amorphous rare earth rich alloys of 3d transit ion metals were prepared by melt spinning. Their crys...
A mostly single Al-based amorphous phase in a sheet form with a thickness of 0.2 mm was found to be ...