

Author: Vavilova V. V. Ievlev V. M. Kovneristyi Yu. K. Palii N. A. Serbin O. V. Sukhodolov B. G. Timofeev V. N.
Publisher: MAIK Nauka/Interperiodica
ISSN: 0020-1685
Source: Inorganic Materials, Vol.40, Iss.7, 2004-07, pp. : 707-715
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Abstract
The crystallization behavior of amorphous Fe–P–V alloys under pulsed irradiation is studied. The results demonstrate that the crystallized alloys contain not only the equilibrium phases α-Fe and (Fe,V)3P but also two metastable phases, σ′-FeV and (Fe,V)2P, whose stability decreases with increasing annealing temperature and irradiation energy. As a result, these phases transform into equilibrium phases, increasing the mobility of atoms and particle size and reducing the degree of hardening.
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