It is well known that magnetic amorphous materials, in particular the commercial metallic glass ribbons, have good soft magnetic properties, such as: low coercivity, high magnetic saturation field, and high magnetic permeability. However, these properties change significantly when these materials undergo thermal treatments. For these reasons, the study and controlling of thermal stability of such alloys are key questions for sensor applications. In this work we have investigated the thermal and magnetic properties of the Fe78B13Si9 metallic glass.Facultad de Ciencias Exacta
Purpose: The idea of the paper is to study the influence of different alloying additions (Cu, Zr, Nb...
Surface crystallization in ferromagnetic amorphous ribbons produces a perpendicular magnetic anisotr...
[[abstract]]Thermal and magnetic properties of Al, Sri and C modified Fe-P-Si-B amorphous alloys wit...
A series of amorphous iron–cobalt alloys with varying metalloid, boron and silicon contents were stu...
This paper investigates the thermal and magnetic properties of two iron based amorphous alloys with ...
In the present work, we study the influence of thermal treatments on the magnetic properties of as-q...
Amorphous metallic alloys were developed at 1960. Since then, scientists have not stopped researchin...
Amorphous metallic alloys were developed at 1960. Since then, scientists have not stopped researchi...
Iron-based amorphous alloys have been a focus of considerable scientific interest in recent years, ...
The paper presents the results of structural and magnetic properties and thermal stability for a gro...
(x = 0, 0.3, 0.6, 0.9 at. %) were obtained by melt spinning with 25-30 μm thickness. The thermal sta...
Crystallization of Fe82Si2B16 and Fe82Si4B14 metallic glasses upon heat treatment has been studied. ...
The aim of the paper was to investigate thermal stability, crystallization and magnetic properties ...
Purpose: The paper presents a crystallization process of Fe-based amorphous materials. The aim of wo...
In this study it was investigated influence of temperature and frequency on permeability, coercivit...
Purpose: The idea of the paper is to study the influence of different alloying additions (Cu, Zr, Nb...
Surface crystallization in ferromagnetic amorphous ribbons produces a perpendicular magnetic anisotr...
[[abstract]]Thermal and magnetic properties of Al, Sri and C modified Fe-P-Si-B amorphous alloys wit...
A series of amorphous iron–cobalt alloys with varying metalloid, boron and silicon contents were stu...
This paper investigates the thermal and magnetic properties of two iron based amorphous alloys with ...
In the present work, we study the influence of thermal treatments on the magnetic properties of as-q...
Amorphous metallic alloys were developed at 1960. Since then, scientists have not stopped researchin...
Amorphous metallic alloys were developed at 1960. Since then, scientists have not stopped researchi...
Iron-based amorphous alloys have been a focus of considerable scientific interest in recent years, ...
The paper presents the results of structural and magnetic properties and thermal stability for a gro...
(x = 0, 0.3, 0.6, 0.9 at. %) were obtained by melt spinning with 25-30 μm thickness. The thermal sta...
Crystallization of Fe82Si2B16 and Fe82Si4B14 metallic glasses upon heat treatment has been studied. ...
The aim of the paper was to investigate thermal stability, crystallization and magnetic properties ...
Purpose: The paper presents a crystallization process of Fe-based amorphous materials. The aim of wo...
In this study it was investigated influence of temperature and frequency on permeability, coercivit...
Purpose: The idea of the paper is to study the influence of different alloying additions (Cu, Zr, Nb...
Surface crystallization in ferromagnetic amorphous ribbons produces a perpendicular magnetic anisotr...
[[abstract]]Thermal and magnetic properties of Al, Sri and C modified Fe-P-Si-B amorphous alloys wit...