Correlation between the milling
time and phase-structural state of ZrCrNi and ZrMn2
Laves phase alloys
Chem.
Met. Alloys 6 (2013) 144-149
https://doi.org/10.30970/cma6.0251
Yurii BASARABA, Taras ZASADNYY
The phase content of ZrCrNi and ZrMn2 alloys with initial hexagonal MgZn2 (Ñ14) type of Laves phase
structure after reactive milling in hydrogen was investigated by X-ray
powder diffraction and energy-dispersive
X-ray spectroscopy. Depending on the milling
time, the structure of the ZrCrNi alloy, which now
contains significant amounts of Fe, changes from MgZn2 type to MgCu2
and Th6Mn23 type structure after heat treatment.
Experimental X-ray powder patterns
of ZrMn2 alloys after milling in hydrogen for 16 h and heat
treatment in vacuum.
Keywords
Laves
phases / Hydrogen / High-energy ball milling / X-ray powder diffraction /
Crystal structure