Elemental cobalt powder was modified by high-energy ball milling for 0–15 h, and the
results obtained by X-ray diffraction (XRD) revealed a phase transformation. Initially, the …

A systematic study on the structural and magnetic properties of Fe100− xCox alloys (10< x<
90, Δx= 10 in wt. percent) obtained by mechanical alloying is presented. Elemental powders …

Co-based amorphous alloys were prepared via wet mechanical alloying process starting
from elemental powders. The reference alloy Co 70 Fe 4 Ni 2 Si 15 B 9 (at.%) as well as the …

In this work, the multicomponent Co 60 Fe 5 Ni 5 Ti 25 B 5 (at.%) alloy powders were
synthesized from commercially available pure elemental powders by using a mechanical …

Mechanical alloying, MA, has been successfully used to extend the limits of solid solubility in
many commercially important metallic systems. The aim of this work is to demonstrate that …

Amorphous soft magnetic powder of Co 70 Fe 4 Ni 2 Si 15 B 9 (at.%) was obtained by wet
mechanical alloying starting from elemental powders using benzene as process control …

Cold pressing (CP) of the amorphous‐like Co powder suppressed most of the XRD peaks, in
particular the peak along (100) plane. The DSC curve of unmilled CP Co powder has shown …

Alloying is one of the several effective ways of increasing the properties of iron-based PM
materials. Modifying the chemical composition of AstaloyCrL powder by silicon addition …

This work investigated the influence of varied milling time and ball-to-powder weight ratio
(BPR) at constant milling speed on micron-sized cobalt powder. Stainless steel balls of 2, 3 …

High-energy milling has been employed for the preparation of CuWO4 nanopowders using
the planetary ball and the shaker mills. The phase formations after each milling stage have …