Crystallization process has been determined as a function of time and temperature for the metallic glass Fe32Ni36Cr14P 12B6. The activation energy for the crystallization process was found to be 4.5 eV using an Arrhénius type equation. The stability of the studied alloy on annealing in the range 20 to 450 °C has been investigated by microhardness measurements. Also tensile tests were made as a function of time and temperature. The onset of crystallization of the same metallic glass has been determined numerically
The thermophysical properties and deformation behavior of a systematic series of model metallic glas...
LASER prototyping technology has been paid attention for manufacturing molding dies and a small amou...
The thermal stability and the quantification of the different transformation processes involved in t...
Crystallization process has been determined as a function of time and temperature for the metallic g...
The three-component amorphous alloy Fe80Si10B10 was prepared on the surface of copper roller by rapi...
Fe64B24Y4Nb6 metallic glass ribbon and its bulk counterpart were characterized by conventional and h...
X-ray diffraction analysis showed that two crystalline solid solutions simultaneously arise when Fe4...
Abstract Activation energy for crystallization (Ec) is a pertinent parameter that decides the applic...
X-ray diffraction analysis showed that two crystalline solid solutions simultaneously arise when Fe4...
The crystallization in amorphous Fe40Ni40B20 alloy has been studied by electrical resistivity measur...
Crystallization of Fe82Si2B16 and Fe82Si4B14 metallic glasses upon heat treatment has been studied. ...
The metallic glass Vitrovac 4040 with the composition Fe39Ni39Mo4Si6B12 crystallizes in the order al...
The metallic glass Vitrovac 4040 with the composition Fe39Ni39Mo4Si6B12 crystallizes in the order al...
The investigation of Fe78Si9B13 metallic glass was carried out by means of non-isothermal DSC and X-...
The thermal stability and crystallization behaviour of metallic glass Fe85:5B14:5 were investigated ...
The thermophysical properties and deformation behavior of a systematic series of model metallic glas...
LASER prototyping technology has been paid attention for manufacturing molding dies and a small amou...
The thermal stability and the quantification of the different transformation processes involved in t...
Crystallization process has been determined as a function of time and temperature for the metallic g...
The three-component amorphous alloy Fe80Si10B10 was prepared on the surface of copper roller by rapi...
Fe64B24Y4Nb6 metallic glass ribbon and its bulk counterpart were characterized by conventional and h...
X-ray diffraction analysis showed that two crystalline solid solutions simultaneously arise when Fe4...
Abstract Activation energy for crystallization (Ec) is a pertinent parameter that decides the applic...
X-ray diffraction analysis showed that two crystalline solid solutions simultaneously arise when Fe4...
The crystallization in amorphous Fe40Ni40B20 alloy has been studied by electrical resistivity measur...
Crystallization of Fe82Si2B16 and Fe82Si4B14 metallic glasses upon heat treatment has been studied. ...
The metallic glass Vitrovac 4040 with the composition Fe39Ni39Mo4Si6B12 crystallizes in the order al...
The metallic glass Vitrovac 4040 with the composition Fe39Ni39Mo4Si6B12 crystallizes in the order al...
The investigation of Fe78Si9B13 metallic glass was carried out by means of non-isothermal DSC and X-...
The thermal stability and crystallization behaviour of metallic glass Fe85:5B14:5 were investigated ...
The thermophysical properties and deformation behavior of a systematic series of model metallic glas...
LASER prototyping technology has been paid attention for manufacturing molding dies and a small amou...
The thermal stability and the quantification of the different transformation processes involved in t...