Abstract. Crystallization of amorphous metallic alloy Fe95Si5 (at. %) was investigated using X-ray diffraction measurements performed in-situ during isothermal annealing. Fe95Si5 rib-bons, prepared by melt-spinning, have been analyzed by differential scanning calorimetry (DSC). Their nanostructural evolution has been studied by combining heat treatments with conventional X-ray diffraction. The objective of the experiment was to determine changes in the structural parameters during crystallization of the examined alloy. The crystalline diame-ter and the lattice constant of the crystallizing phase were used as parameters to evaluate structural changes in the material
The crystallization mechanism and kinetics of Fe40Ni40P14B6 amorphous alloy were studied under non-i...
We have studied the crystallization kinetics of Fe$_{90-x}$Si$_x$B$_{10}$ amorphous alloys withx ran...
The devitrification of the Fe65Nb10B25 and Fe70Nb10B20 metallic glasses produced by melt spinning ha...
Crystallization processes for the amorphous metallic alloys Fe-Si-B-Ni and Fe-B-Zr-Cu were investiga...
The crystallization processes for the amorphous metallic alloys Fe74B17Si2Ni4Mo3 and Fe86B6Zr7Cu1 (a...
The three-component amorphous alloy Fe80Si10B10 was prepared on the surface of copper roller by rapi...
The short-range structure of annealed amorphous Fe-B-Si-Cu-Nb alloys is investigated by means of X-r...
The crystallization processes of amorphous alloys (Co_<l-x>Fe_x)_<74.5>Si_<13.5>B_<12> of x=0.06, 0....
Crystallization kinetics of the amorphous Fe78Si9B13 alloy has been investigated by differential sca...
The thermal stability and the quantification of the different transformation processes involved in t...
Crystallization of α – Fe phase during annealing process of Fe55Cr18Mo7B16C4 bulk amorphous alloy ha...
Thermal evolution of Fe62.5Co6Ni7.5Zr6Nb2Cu1B15 amorphous alloy prepared by one-roll melt-spinning t...
In this research, crystallization of Fe36Cr12Mo10 and α-Fe phases in devitrification of Fe51Cr18Mo7B...
Structural changes occurring in an Fe72.5Cu1Nb2Mo2Si15.5B7 alloy during a combination of constant ra...
Thermal and kinetic analyses of the structural changes for the amorphous alloy Fe89.8Ni1.5Si5.2B3C0....
The crystallization mechanism and kinetics of Fe40Ni40P14B6 amorphous alloy were studied under non-i...
We have studied the crystallization kinetics of Fe$_{90-x}$Si$_x$B$_{10}$ amorphous alloys withx ran...
The devitrification of the Fe65Nb10B25 and Fe70Nb10B20 metallic glasses produced by melt spinning ha...
Crystallization processes for the amorphous metallic alloys Fe-Si-B-Ni and Fe-B-Zr-Cu were investiga...
The crystallization processes for the amorphous metallic alloys Fe74B17Si2Ni4Mo3 and Fe86B6Zr7Cu1 (a...
The three-component amorphous alloy Fe80Si10B10 was prepared on the surface of copper roller by rapi...
The short-range structure of annealed amorphous Fe-B-Si-Cu-Nb alloys is investigated by means of X-r...
The crystallization processes of amorphous alloys (Co_<l-x>Fe_x)_<74.5>Si_<13.5>B_<12> of x=0.06, 0....
Crystallization kinetics of the amorphous Fe78Si9B13 alloy has been investigated by differential sca...
The thermal stability and the quantification of the different transformation processes involved in t...
Crystallization of α – Fe phase during annealing process of Fe55Cr18Mo7B16C4 bulk amorphous alloy ha...
Thermal evolution of Fe62.5Co6Ni7.5Zr6Nb2Cu1B15 amorphous alloy prepared by one-roll melt-spinning t...
In this research, crystallization of Fe36Cr12Mo10 and α-Fe phases in devitrification of Fe51Cr18Mo7B...
Structural changes occurring in an Fe72.5Cu1Nb2Mo2Si15.5B7 alloy during a combination of constant ra...
Thermal and kinetic analyses of the structural changes for the amorphous alloy Fe89.8Ni1.5Si5.2B3C0....
The crystallization mechanism and kinetics of Fe40Ni40P14B6 amorphous alloy were studied under non-i...
We have studied the crystallization kinetics of Fe$_{90-x}$Si$_x$B$_{10}$ amorphous alloys withx ran...
The devitrification of the Fe65Nb10B25 and Fe70Nb10B20 metallic glasses produced by melt spinning ha...