In this paper we report the mechanical alloying behaviour of elemental aluminium with diamond cubic elements Ge and Si. A metastable crystalline phase with rhombohedral crystal structure forms in Al-70 Ge-30 and Al-60 Ge-40 alloy compositions. The phase always coexists with elemental constituents and decomposes over a broad temperature range. No such metastable phase could be observed in the Al-Si system. We also report X-ray diffractometry and differential scanning calorimetry results suggestive of amorphization. Finally a comparison was made of the present result with that obtained in rapid solidification
Rapid solidification with high cooling rates of metal alloys determines both the improvement of mech...
Competitive phase selection during devitrification of Al-Sm glassy alloys is investigated for compos...
The phase transformations in the Al-Ca-Mg-Si system have been studied using thermodynamic calculatio...
In this paper we report the mechanical alloying behaviour of elemental aluminium with diamond cubic ...
In this paper the results of a detailed investigation on the metastable phase relations in undercool...
In this study, the metastable phases that can be formed in Al80Fe10Ti5Ni5 alloy by melt spinning and...
We have studied the sequence of phase transformations induced in the Zr-Al binary system by mechanic...
The phase decomposition occurring during the heating of rapidly quenched Al–Ge–Si alloys has been in...
cited By 0International audiencePrecipitation hardening remains an important and efficient way to im...
The structural evolution during mechanical alloying of blended elemental powder mixtures of Mg and A...
High energy ball milling (mechanical alloying) has recently become a popular research topic. As the ...
This article is devoted to the investigation of phase composition and microstructure of the higher c...
Within the scope of this research the transformation of the Al$_6$Fe metastable phase was analyzed v...
The formation of quasicrystalline powders by mechanical alloying of crystalline elemental powders ha...
Amorphisation studies by rapid solidification of Al-based alloys containing a transition metal (TM) ...
Rapid solidification with high cooling rates of metal alloys determines both the improvement of mech...
Competitive phase selection during devitrification of Al-Sm glassy alloys is investigated for compos...
The phase transformations in the Al-Ca-Mg-Si system have been studied using thermodynamic calculatio...
In this paper we report the mechanical alloying behaviour of elemental aluminium with diamond cubic ...
In this paper the results of a detailed investigation on the metastable phase relations in undercool...
In this study, the metastable phases that can be formed in Al80Fe10Ti5Ni5 alloy by melt spinning and...
We have studied the sequence of phase transformations induced in the Zr-Al binary system by mechanic...
The phase decomposition occurring during the heating of rapidly quenched Al–Ge–Si alloys has been in...
cited By 0International audiencePrecipitation hardening remains an important and efficient way to im...
The structural evolution during mechanical alloying of blended elemental powder mixtures of Mg and A...
High energy ball milling (mechanical alloying) has recently become a popular research topic. As the ...
This article is devoted to the investigation of phase composition and microstructure of the higher c...
Within the scope of this research the transformation of the Al$_6$Fe metastable phase was analyzed v...
The formation of quasicrystalline powders by mechanical alloying of crystalline elemental powders ha...
Amorphisation studies by rapid solidification of Al-based alloys containing a transition metal (TM) ...
Rapid solidification with high cooling rates of metal alloys determines both the improvement of mech...
Competitive phase selection during devitrification of Al-Sm glassy alloys is investigated for compos...
The phase transformations in the Al-Ca-Mg-Si system have been studied using thermodynamic calculatio...