Structural evolution of the mechanically alloyedFe62Nb8B30powder mixtures

Assuming a metastable equilibrium between the amorphous phase and either the Nb rich or the CO rich terminal solid solution a range for the single phase glassy state

activation type conduction became *Magnetron target was reinforced and dominant as Ar pressure and bias sputtering voltage was reduced to 0.6 kV... power

Abstract: The Fe60(CoO)40 nanostructured alloys have been prepared from pure iron and cobaltoxide powders by mechanical alloying technique within a high energy

Figure 7 shows the variation of coercivity, remanence and area of hysteresis loops in function of milling time of Fe 60 (CoO) 40 powder alloy, These variation of

Thiswork aims at studying the synthesis, structural and magnetic characterization of nanocrystallineFeAl alloy powders, prepared by a mechanical alloying process (MA), as well as

The mechanical alloying process used in this work is high-energy planetary ball mill.Morphological and thermal shifts of the milled oxides scale powders were characterized by

Coercivity and saturation magnetization increases from 105.4 Oe, 122.568 emu/g to 156.77 Oe,140.679 emu/g respectively caused by the increase of the concentration of Cu and

Morphological, structural, microstructural and magnetic properties of the ball milled powders were characterized by scanning electron microscopy, X-ray diffraction