1998
DOI: 10.1016/s0925-8388(98)00387-9
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Magnetic properties of RAuSn compounds

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Cited by 21 publications
(29 citation statements)
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“…We had prepared RCu 2 Sn 2 (R = La-Eu) and investigated their properties [10]. We found that NdCu 2 Sn 2 orders antiferromagnetically around 3 K. Recently, Baran et al [17] have reported from neutron diffraction results that PrCu 2 Sn 2 orders below T N ∼3.8 K but NdCu 2 Sn 2 does not order magnetically down to 1.6 K. The latter result is in contradiction with our result. Slebarski et al [18] have also reported magnetic ordering in PrCu 2 Sn 2 at T N ∼3.6 K. Here we present our studies of structural, magnetic and transport properties of PrCu 2 Sn 2 and NdCu 2 Sn 2 and show that bulk magnetic order exists in both these compounds.…”
Section: Introductioncontrasting
confidence: 96%
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“…We had prepared RCu 2 Sn 2 (R = La-Eu) and investigated their properties [10]. We found that NdCu 2 Sn 2 orders antiferromagnetically around 3 K. Recently, Baran et al [17] have reported from neutron diffraction results that PrCu 2 Sn 2 orders below T N ∼3.8 K but NdCu 2 Sn 2 does not order magnetically down to 1.6 K. The latter result is in contradiction with our result. Slebarski et al [18] have also reported magnetic ordering in PrCu 2 Sn 2 at T N ∼3.6 K. Here we present our studies of structural, magnetic and transport properties of PrCu 2 Sn 2 and NdCu 2 Sn 2 and show that bulk magnetic order exists in both these compounds.…”
Section: Introductioncontrasting
confidence: 96%
“…However, the µ eff in the paramagnetic state is same as that of the free Pr 3+ ion. Further, as pointed out by Baran et al [17], T N (∼3 K) of PrCu 2 Sn 2 is much higher than that expected from de Gennes scaling (∼0.56 K) which may also be either due to f-electron hybridisation with conduction electrons or due to crystal field splitting of f-electron levels. Pr ions can have two different valence states, Pr 3+ and Pr 4+ .…”
Section: Resultsmentioning
confidence: 75%
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