Comparison of Fe–Ni–P–Si alloys prepared by ball milling

Thermal and structural changes induced by mechanical alloying in melt-spun Fe–Ni based amorphous alloys

“…Finally, the HF distribution of the x14 sample corresponds to an amorphous-like phase. The average hyperfine field, the isomer shift and the quadrupole splitting correspond to a Fe-P based amorphous phase, similar to the one obtained in the as-quenched ribbons [13,20], or by direct ball milling of the elements [21]. Figs.…”

Synthesis and characterization of nanocrystalline FeNiZrB developed by mechanical alloying

“…The nanocrystallites formed after 80 h of milling were about 10 and 6 nm average size for alloys A and B, respectively. Usually Ni enhances the amorphyzation process [20,21].…”

“…The exothermic peaks are wider and less sharp for powder than those for melt-spun or bulk materials. This is due to the fat that the powder has a particle size distribution [19,21]. Furthermore, as increasing the milling time the recovery becomes more energetic.…”

A Solid State Approach to Synthesis Advanced Nanomaterials for Thermal Spray Applications

“…Fe-based amorphous alloys and thermal spray coatings are perhaps the most important system for possible applications because of the low cost of iron, and the relatively high strength and hardness of Fe-based amorphous alloys Sunol et al;2001). Extensive research has been carried out on the mechanical alloying of Fe-based amorphous alloys including binary Fe-B, Fe-Cr, and Fe-Zr (Schuh et al;, ternary Fe-Zr-B (Suryanarayana, 2001(Suryanarayana, , 2004 and Fe-(B, P, Si) with various negative heats of mixing.…”