Add to ORKGThe metallic glass Vitrovac 4040 with the composition Fe39Ni39Mo4Si6B12 crystallizes in the order alpha-Fe, hexagonal Ni5Si2 and gamma-(Fe,Ni,Mo) by primary, secondary and polymorphic modes, respectively. The activation energies determined from the non-isothermal kinetics using Kissinger method turn out to be 490, 550 and 449 kJ.mol-1 for the above crystallization reactions. It has been observed that alpha transforms to gamma during annealing. Further, the bct (Fe1-xNix)3B phase has been identified when the glass is annealed above 1023 K
For the first time controlled nucleation and crystallization were studied for 40Fe2O3–20CaO–40SiO2 (...
The three-component amorphous alloy Fe80Si10B10 was prepared on the surface of copper roller by rapi...
The modifying role of Mo and 5i on the phase relationships and microstructure of Fe-Ni-B alloys is a...
The metallic glass Vitrovac 4040 with the composition Fe39Ni39Mo4Si6B12 crystallizes in the order al...
The crystallization characteristics of Vitrovac 0040 commercial glass with a composition of $Fe_{40}...
Crystallization process has been determined as a function of time and temperature for the metallic g...
The investigation of Fe78Si9B13 metallic glass was carried out by means of non-isothermal DSC and X-...
X-ray diffraction analysis showed that two crystalline solid solutions simultaneously arise when Fe4...
Differential scanning calorimetry, x-ray diffraction and transmission electron microscopy have been ...
Abstract Activation energy for crystallization (Ec) is a pertinent parameter that decides the applic...
Crystallization of Fe82Si2B16 and Fe82Si4B14 metallic glasses upon heat treatment has been studied. ...
X-ray diffraction analysis showed that two crystalline solid solutions simultaneously arise when Fe4...
This study investigated the crystallization behavior of a kinetically metastable Al80Fe10Ti5Ni5 amor...
DSC, x-ray diffraction, and TEM were used to det. the thermal stability and identify the cryst. phas...
International audienceThe mechanisms and the sequence of crystallization of a Fe64B24Y4Nb6Al0.4 meta...
For the first time controlled nucleation and crystallization were studied for 40Fe2O3–20CaO–40SiO2 (...
The three-component amorphous alloy Fe80Si10B10 was prepared on the surface of copper roller by rapi...
The modifying role of Mo and 5i on the phase relationships and microstructure of Fe-Ni-B alloys is a...
The metallic glass Vitrovac 4040 with the composition Fe39Ni39Mo4Si6B12 crystallizes in the order al...
The crystallization characteristics of Vitrovac 0040 commercial glass with a composition of $Fe_{40}...
Crystallization process has been determined as a function of time and temperature for the metallic g...
The investigation of Fe78Si9B13 metallic glass was carried out by means of non-isothermal DSC and X-...
X-ray diffraction analysis showed that two crystalline solid solutions simultaneously arise when Fe4...
Differential scanning calorimetry, x-ray diffraction and transmission electron microscopy have been ...
Abstract Activation energy for crystallization (Ec) is a pertinent parameter that decides the applic...
Crystallization of Fe82Si2B16 and Fe82Si4B14 metallic glasses upon heat treatment has been studied. ...
X-ray diffraction analysis showed that two crystalline solid solutions simultaneously arise when Fe4...
This study investigated the crystallization behavior of a kinetically metastable Al80Fe10Ti5Ni5 amor...
DSC, x-ray diffraction, and TEM were used to det. the thermal stability and identify the cryst. phas...
International audienceThe mechanisms and the sequence of crystallization of a Fe64B24Y4Nb6Al0.4 meta...
For the first time controlled nucleation and crystallization were studied for 40Fe2O3–20CaO–40SiO2 (...
The three-component amorphous alloy Fe80Si10B10 was prepared on the surface of copper roller by rapi...
The modifying role of Mo and 5i on the phase relationships and microstructure of Fe-Ni-B alloys is a...