A neutron diffraction study of the deuterium site occupancy in Nd 5Fe17D15.5

The large, complex unit cell of Nd5Fe17, with 21 crystallographically distinct sites per unit cell makes this a daunting task, but the diffraction diagram shows dramatic changes with D uptake, suggesting that such a determination is possible.

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Bibliographic Details
Published inIEEE transactions on magnetics Vol. 37; no. 4; p. 2172
Main Authors Chu, Z, Yelon, W.B, Murakami, R.K, da Silva, P.S.M, Villas-Boas, V, Misell, F.P
Format Journal Article
LanguageEnglish
Published New York The Institute of Electrical and Electronics Engineers, Inc. (IEEE) 01.07.2001
Subjects
Diffraction
Intermetallic compounds
Magnetism
Materials science
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Abstract The large, complex unit cell of Nd5Fe17, with 21 crystallographically distinct sites per unit cell makes this a daunting task, but the diffraction diagram shows dramatic changes with D uptake, suggesting that such a determination is possible.
AbstractList The large, complex unit cell of Nd5Fe17, with 21 crystallographically distinct sites per unit cell makes this a daunting task, but the diffraction diagram shows dramatic changes with D uptake, suggesting that such a determination is possible.
Author Chu, Z
Yelon, W.B
Murakami, R.K
Misell, F.P
da Silva, P.S.M
Villas-Boas, V
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Snippet The large, complex unit cell of Nd5Fe17, with 21 crystallographically distinct sites per unit cell makes this a daunting task, but the diffraction diagram...
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Intermetallic compounds
Magnetism
Materials science
Title A neutron diffraction study of the deuterium site occupancy in Nd 5Fe17D15.5
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