In this paper, the iron-based alloy was studied that is perspective for preparation of bulk metallic glass. The nominal composition of investigated material is given by the formula Fe.sub.56./sub.Co.sub.7./sub.Zr.sub.10./sub.Mo.sub.5./sub.W.sub.2./sub. B.sub.15./sub.. Two casting techniques were applied: (i) conventional casting into a copper mould in the induction furnace and (ii) casting in the arc furnace in the copper mould. In the first case, the diameter of the ingot was about 11 mm. In the second case, the special two-parts copper moulds differing in diameters of the casting inlet hole (3 and 1 mm, respectively) were used. The microstructure of alloys prepared by both techniques was studied using the light optical microscopy, SEM (Sc...
Cílem této práce je příprava slitiny FeCuMn v ekvimolárním složení tavením a analýza vzniklé mikrost...
A design protocol for the discovery of novel metallic glass compositions has been developed using a ...
Iron based alloys are the family of bulk metallic glasses (BMG) with a very high melting temperature...
The aim of this study is to form a theoretical model for simulation of glass forming ability of Fe ?...
The main aim of this paper was to produce amorphous ribbons with specified composition with the use ...
The aim of this study, which was carried out in two main parts, is to investigate the glass forming ...
In this thesis, literature on the production, microstructures and properties of bulk metallic glasse...
Zr65Ni10Cu7.5Al7.5Ag10 bulk metallic glass with a diameter of 2mm was prepared by copper-mould casti...
Stopy amorficzne są nową grupą materiałów charakteryzującą się w zależności od składu chemicznego, w...
The early development of metallic glasses was achieved through the rapid cooling of micrometer-thick...
Zr65Ni10Cu7.5A17.5Ag10 bulk metallic glass with a diameter of 2mm was prepared by copper-mould casti...
The object of investigation: the alloys made on the base of iron and aluminium (AL32). The purpose o...
Zr-based bulk metallic glass alloys were known to have good glass forming ability (GFA) and bette...
In this study, change in glass forming ability (GFA) and thermal stability of Co–Fe-based bulk metal...
In the present paper, the physical and technical principles of process for production of bulk amorph...
Cílem této práce je příprava slitiny FeCuMn v ekvimolárním složení tavením a analýza vzniklé mikrost...
A design protocol for the discovery of novel metallic glass compositions has been developed using a ...
Iron based alloys are the family of bulk metallic glasses (BMG) with a very high melting temperature...
The aim of this study is to form a theoretical model for simulation of glass forming ability of Fe ?...
The main aim of this paper was to produce amorphous ribbons with specified composition with the use ...
The aim of this study, which was carried out in two main parts, is to investigate the glass forming ...
In this thesis, literature on the production, microstructures and properties of bulk metallic glasse...
Zr65Ni10Cu7.5Al7.5Ag10 bulk metallic glass with a diameter of 2mm was prepared by copper-mould casti...
Stopy amorficzne są nową grupą materiałów charakteryzującą się w zależności od składu chemicznego, w...
The early development of metallic glasses was achieved through the rapid cooling of micrometer-thick...
Zr65Ni10Cu7.5A17.5Ag10 bulk metallic glass with a diameter of 2mm was prepared by copper-mould casti...
The object of investigation: the alloys made on the base of iron and aluminium (AL32). The purpose o...
Zr-based bulk metallic glass alloys were known to have good glass forming ability (GFA) and bette...
In this study, change in glass forming ability (GFA) and thermal stability of Co–Fe-based bulk metal...
In the present paper, the physical and technical principles of process for production of bulk amorph...
Cílem této práce je příprava slitiny FeCuMn v ekvimolárním složení tavením a analýza vzniklé mikrost...
A design protocol for the discovery of novel metallic glass compositions has been developed using a ...
Iron based alloys are the family of bulk metallic glasses (BMG) with a very high melting temperature...