1995
DOI: 10.1006/jssc.1995.1361
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Structural and Magnetic Properties of Transition Metal Arsenates, AAs2O6, A = Mn, Co, and Ni

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Cited by 37 publications
(50 citation statements)
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“…A considerably better fit was obtained with the form factor of Ni 2+ , which also shows a The sublattice magnetization resulting from the refinement is µ = 1.92(4)µ B per Pd site, similar to the value µ = 2.11(3)µ B reported for NiAs 2 O 6 (Ref. 3). While the ordered moment is consistent with the spin-only moment expected for a d 8 configuration, a fit to the magnetic susceptibility for T > T N yields a g-factor larger than 2, which is indicative of an orbital contribution to the Pd moment (see Section III.C below).…”
Section: Magnetic Structure Of Pdassupporting
confidence: 80%
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“…A considerably better fit was obtained with the form factor of Ni 2+ , which also shows a The sublattice magnetization resulting from the refinement is µ = 1.92(4)µ B per Pd site, similar to the value µ = 2.11(3)µ B reported for NiAs 2 O 6 (Ref. 3). While the ordered moment is consistent with the spin-only moment expected for a d 8 configuration, a fit to the magnetic susceptibility for T > T N yields a g-factor larger than 2, which is indicative of an orbital contribution to the Pd moment (see Section III.C below).…”
Section: Magnetic Structure Of Pdassupporting
confidence: 80%
“…5 The magnetic form factors of the magnetic ions were taken from Ref. 6 3 From our neutron powder diffraction data taken at the lower temperatures 5 and 200 K (Fig. 3) the trigonal space group P31m was confirmed.…”
Section: A Experimental Detailsmentioning
confidence: 90%
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“…The detailed anion co-ordination has been calculated only from the postulated co-ordination numbers [8] and [6] for the cations assuming that there is no "spread" of the scale to realize non-integer r numbers. In the vicinity of A we see 2 Â 2 co-ordination points "offered" by O(1) type anions which are known to contact two A cations and two from O (2) which has again been calculated only by inspection of the complete co-ordination formula.…”
mentioning
confidence: 99%