Isochronal annealing of irradiated single crystal hematite

K. M. Donbaev, A. K. Zhetbaev, M. K. Mukusheva, T. K. Kamarov

1994

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DOI 10.1002/pssa.2211440225
Data confidence 70 medium
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Abstract

The magnetic properties of irradiated single crystal hematite are recovered by annealing. With increasing annealing temperature the amount of the weak ferromagnetic (WF) phase decreases at measurement temperature of 140 K, then the new low-temperature transition temperature decreases while the Morin temperature increases. The annealing at 163 to 178 °C leads to the disappearance of the WF phase at low temperatures. The Morin transition temperature reaches its nonirradiated value only after annealing at 455 °C. In the single crystal hematite irradiated with 29 MeV α-particles two stages of annealing are observed.