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The site-distributions of Fe alloying additions to B2-ordered NiAl alloys have been measured by ALCHEMI (atom location by channeling-enhanced microanalysis). Twelve alloy compositions were examined, of stoichiometries Ni 50-x Al 50 Fe x (Ni-deficient), Ni 50 Al 50-x Fe x (Al-deficient), and Ni 50-...
Mössbauer effect measurements at room and cryogenic temperatures on powdered Fe-doped NiAl materials (designated as Ni–40Al–9Fe and Ni–50Al–9Fe) show that both were paramagnetic down to17K, displaying one Fe site in the host. At 4.2K, Ni–40Al–9Fe remained paramagnetic, while Ni–50Al–9Fe showed a magnetic transition, with a clearly resolved Fe environment. The determined internal magnetic field was...
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