Abstract
A High entropy alloy of more than four equi-atomic components has been produced by a high energy ball mill. Metallic powders of each component in equi-atomic ratio were milled in wet conditions. The X-ray diffraction (XRD) pattern for the samples, which were collected at regular intervals of time, displayed the process of formation of single phase high entropy alloy. Body centered cubic structure of the FeAlZnCrCuMg alloy was confirmed after 25 h of milling. The lattice parameter of the alloys has been found to be 2.88 Å. Transmission electron microscopy (TEM) analysis of the sample also confirmed the formation of single phase high entropy alloy.
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