International audienceNew magnesium-based bulk metallic glasses have been synthesized in the system Mg.,Cu, Gdz with cone-shaped copper mould casting. Compositions have been prepared with critical diameters up to 9 mm. X-ray diffraction patterns and DSC traces have shown that a composition Mg58.5Cu30.5Gd11 shows higher 7, and a large Delta T. The substitution of gadolinium by yttrium in this formula has been studied in the same conditions, and samples with critical diameters up to 9 mm have been prepared. The glass forming ability of these compounds has been discusse
Three new Zr-Cu-Ni-Al bulk metallic glasses were developed through appropriate mixing of three binar...
Abstract. This paper aims to review our recent data on the development researches and applica-tion e...
Low density Ca-Mg-Al-based bulk metallic glasses containing additionally Cu and Zn, were produced by...
Abstract. New bulk metallic glasses (BMG) have been synthesized in the Mg-Cu-RE systems (RE = Y, Gd)...
New bulk metallic glasses (BMG) have been synthesized in the Mg-Cu-RE systems (RE= Y, Gd) with high ...
New bulk metallic glasses (BMG) have been synthesized in the Mg-Cu-RE systems (RE= Y, Gd) with high ...
This study presents a series of new Mg–Ag–Y and Mg–Ag–Y–Cu bulk metallic glasses (BMGs) designed to ...
Grain size refinement is a well known technique to improve mechanical properties of metallic alloys....
Abstract. The glass-forming ability (GFA) of ternary Mg–Cu–Dy alloys was systematically investigated...
The Mg60Cu30Y10 and Mg65Cu 20Y10Zn5 bulk metallic glasses in the form of a rod 2 mm in diameter were...
The synthesis, the thermal and mechanical properties of new bulk metallic glasses are presented. The...
259-264The studied Mg-Cu-Y ternary alloy system exhibits high glass forming ability and investigati...
A range of low-density Mg-rich glass-forming compositions from the Mg-Ni-Ca alloy system have been d...
Throughout the last years remarkable progress was made in the development of Mg-based alloys with hi...
The synthesis, the thermal and mechanical properties of new bulk metallic glasses are presented. The...
Three new Zr-Cu-Ni-Al bulk metallic glasses were developed through appropriate mixing of three binar...
Abstract. This paper aims to review our recent data on the development researches and applica-tion e...
Low density Ca-Mg-Al-based bulk metallic glasses containing additionally Cu and Zn, were produced by...
Abstract. New bulk metallic glasses (BMG) have been synthesized in the Mg-Cu-RE systems (RE = Y, Gd)...
New bulk metallic glasses (BMG) have been synthesized in the Mg-Cu-RE systems (RE= Y, Gd) with high ...
New bulk metallic glasses (BMG) have been synthesized in the Mg-Cu-RE systems (RE= Y, Gd) with high ...
This study presents a series of new Mg–Ag–Y and Mg–Ag–Y–Cu bulk metallic glasses (BMGs) designed to ...
Grain size refinement is a well known technique to improve mechanical properties of metallic alloys....
Abstract. The glass-forming ability (GFA) of ternary Mg–Cu–Dy alloys was systematically investigated...
The Mg60Cu30Y10 and Mg65Cu 20Y10Zn5 bulk metallic glasses in the form of a rod 2 mm in diameter were...
The synthesis, the thermal and mechanical properties of new bulk metallic glasses are presented. The...
259-264The studied Mg-Cu-Y ternary alloy system exhibits high glass forming ability and investigati...
A range of low-density Mg-rich glass-forming compositions from the Mg-Ni-Ca alloy system have been d...
Throughout the last years remarkable progress was made in the development of Mg-based alloys with hi...
The synthesis, the thermal and mechanical properties of new bulk metallic glasses are presented. The...
Three new Zr-Cu-Ni-Al bulk metallic glasses were developed through appropriate mixing of three binar...
Abstract. This paper aims to review our recent data on the development researches and applica-tion e...
Low density Ca-Mg-Al-based bulk metallic glasses containing additionally Cu and Zn, were produced by...