2000
DOI: 10.1103/physrevb.62.9498
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Magnetic structure of hexagonalRMnO3(R=Y,

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Cited by 304 publications
(248 citation statements)
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“…Mn(x) position [38] 0.324 72 [15] 0.317 7(9) [35] 0.333 0(17) [29] 0.320 8(18) [39] (at 10 K) 0.333 5 (6) largest amount of stiffening was observed for C 66 (∼3%) and C 11 (∼1%), in comparison with C 33 and C 44 (<0.1%), corresponding to a stronger influence of magnetic interactions directed within the (001) plane rather than perpendicular to it. Using a Landau description the relevant strain/order parameter coupling term was determined to be λe 2 S 2 ⊥ , where e is a strain, λ is a strain/order parameter coupling constant, and S ⊥ is the in-plane spin component representing the magnetic order parameter.…”
Section: Referencementioning
confidence: 99%
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“…Mn(x) position [38] 0.324 72 [15] 0.317 7(9) [35] 0.333 0(17) [29] 0.320 8(18) [39] (at 10 K) 0.333 5 (6) largest amount of stiffening was observed for C 66 (∼3%) and C 11 (∼1%), in comparison with C 33 and C 44 (<0.1%), corresponding to a stronger influence of magnetic interactions directed within the (001) plane rather than perpendicular to it. Using a Landau description the relevant strain/order parameter coupling term was determined to be λe 2 S 2 ⊥ , where e is a strain, λ is a strain/order parameter coupling constant, and S ⊥ is the in-plane spin component representing the magnetic order parameter.…”
Section: Referencementioning
confidence: 99%
“…Antiferromagnetism arises from the Mn 3+ ions, with S = 2 spin state, which make up a single magnetic sublattice. The manganese ions sit in a pseudotwo-dimensional triangular arrangement parallel to the (001) plane, with 120 • angles between the moments on neighbouring Mn 3+ ions [29], and a significant degree of magnetic frustration is revealed by large Weiss-Néel point ratios of ∼10 [2]. The low temperature magnetic structure [25].…”
Section: Introductionmentioning
confidence: 99%
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“…And, as in any other RMnO 3 (R=Rare Earth), interplane exchange interactions are expected to be about two orders of magnitude weaker [11] but still play a significant role in the origin of multiferroicity. [12,13] Thulium ions are in cages surrounded by seven oxygens (TmO 7 ) in a trivalent state and occupy two non-equivalent lattice sites.…”
Section: Or Sp 3 [5]mentioning
confidence: 92%