Stability studies on Fe-B alloys have been conducted for establishing the interdependence of the thermal properties of crystallization and the changes in the electronic structure. For thermal analysis DTA, for electronic structure analysis SXS method was used. A correlation of the electronic structure and the heat of crystallization was observed. Based on the above information, the role of the electronic structure in determining the stability is established for Fe1-xBx (0.1≤ x ≤ 0.2) binary alloys and some ternary alloys with transition elements (TM). General remarks are made concerning the stability based on the trends of measured data
The ferromagnetic Fe-based amorphous alloys have been studied due to the attractive properties for s...
Crystallization kinetics and phase transformation studies have been carried out on amorphous Fe74Co1...
The combined conversion electron emission and γ-transmission Mössbauer spectroscopy are used to inve...
Stability studies on Fe-B alloys have been conducted for establishing the interdependence of the ...
The interdependence of the electronic and thermal properties and their effect on the stability of so...
The structure and the thermal stability of the Fe₀.₈₉B₀.₁₁ rapidly quenched alloy have been investig...
A correlation between electronic density of states and heat of crystallization for FeSiB and FeWB am...
The crystallization processes for the amorphous metallic alloys Fe74B17Si2Ni4Mo3 and Fe86B6Zr7Cu1 (a...
The metastability of amorphous alloys has been investigated in dependence on the electron/atom ratio...
The crystallization temperature of binary and ternary amorphous iron-base alloys containing boron, c...
Crystallization processes for the amorphous metallic alloys Fe-Si-B-Ni and Fe-B-Zr-Cu were investiga...
This paper features investigations into the influence of small additions of alloying elements on: st...
This paper features investigations into the influence of small additions of alloying elements on: st...
Iron-based amorphous alloys have been a focus of considerable scientific interest in recent years, ...
FeSb alloy films with various compositions were produced by simultaneous vapor depositions of Fe and...
The ferromagnetic Fe-based amorphous alloys have been studied due to the attractive properties for s...
Crystallization kinetics and phase transformation studies have been carried out on amorphous Fe74Co1...
The combined conversion electron emission and γ-transmission Mössbauer spectroscopy are used to inve...
Stability studies on Fe-B alloys have been conducted for establishing the interdependence of the ...
The interdependence of the electronic and thermal properties and their effect on the stability of so...
The structure and the thermal stability of the Fe₀.₈₉B₀.₁₁ rapidly quenched alloy have been investig...
A correlation between electronic density of states and heat of crystallization for FeSiB and FeWB am...
The crystallization processes for the amorphous metallic alloys Fe74B17Si2Ni4Mo3 and Fe86B6Zr7Cu1 (a...
The metastability of amorphous alloys has been investigated in dependence on the electron/atom ratio...
The crystallization temperature of binary and ternary amorphous iron-base alloys containing boron, c...
Crystallization processes for the amorphous metallic alloys Fe-Si-B-Ni and Fe-B-Zr-Cu were investiga...
This paper features investigations into the influence of small additions of alloying elements on: st...
This paper features investigations into the influence of small additions of alloying elements on: st...
Iron-based amorphous alloys have been a focus of considerable scientific interest in recent years, ...
FeSb alloy films with various compositions were produced by simultaneous vapor depositions of Fe and...
The ferromagnetic Fe-based amorphous alloys have been studied due to the attractive properties for s...
Crystallization kinetics and phase transformation studies have been carried out on amorphous Fe74Co1...
The combined conversion electron emission and γ-transmission Mössbauer spectroscopy are used to inve...