Antiferromagnetic spin correlations in palladium-based Pd-Fe, Pd-Fe-Ag, and Pd-Fe-Rh magnetic alloys

Delyagin, N.N.; Erzinkyan, A. L.; Parfenova, V. P.; Reyman, S.I.

doi:10.1134/1.1537297

Cited by 3 publications

(2 citation statements)

References 9 publications

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“…Therefore a step for change of hyperfine field between the adjacent trial sextets (Δ) appears to be relatively large which might result in a [142] alloys taken at T = 5 K, a hyperfine field distribution (HFD) at 57 Fe nuclei was shown to be discontinuous and expressed in occurrence of a wavy profile at the HFD. Authors of works [140][141][142] applied the own fitting program and explained their results by variations of contributions from the magnetic moments of iron atoms next to the resonating atom, assuming a competition of ferro-and antiferromagnetic interactions of neighbors and their random distribution in the nearest coordination sphere of iron. The calculation scheme close to that has been suggested in a work [103].…”

Section: A Fine Structure In the Hyperfine Field Distribution (Hfd) Amentioning

confidence: 99%

Structure and Magnetic Properties of Aerosol Nanoparticles of Fe and Its Alloys

Petrov

Shafranovsky

2012

International Journal of Inorganic Chemistry

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Structure and magnetic properties of aerosol nanoparticles of Fe and its alloys (FeMn, FeNi, FeNiMn, FePt, FeCr, FeCo, and FeCu) have been reviewed. It has been shown that, compared to a bulk material, the particles have a number of specific features being of much fundamental and applied interest. The effect of both a quenched high-temperature Fe modification and its oxides on the structure and magnetism of nanoparticles has been considered in detail. Particular attention has been paid to the recently observed fine structure in the hyperfine field distribution at iron nuclei in Mössbauer spectra for pure iron and its alloys both as a bulk and aerosol nanoparticles. This phenomenon makes it possible to reveal very weak magnetic interactions in the system under study. The plausible origin of these magnetic interactions has been also discussed.

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Section: A Fine Structure In the Hyperfine Field Distribution (Hfd) Amentioning

confidence: 99%

Structure and Magnetic Properties of Aerosol Nanoparticles of Fe and Its Alloys

Petrov

Shafranovsky

2012

International Journal of Inorganic Chemistry

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“…In some cases the coupling between magnetic moments in Pd clusters could be antiferromagnetic as has been predicted by theory and ab initio calculations [8,9]. Antiferromagnetic spin correlations in Pd-Fe alloys were also reported [24]. The direct antiferromagnetic exchange interaction between Fe atoms was proposed to lead to such correlations.…”

Section: Introductionmentioning

confidence: 73%

Magnetic properties of Pd atomic chains formed during submonolayer deposition of 3d metals on Pd(110)

Stepanyuk¹,

Ignatiev²,

Negulyaev³

et al. 2012

J. Phys.: Condens. Matter

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Recently, an unusual intermixing-driven scenario for the growth of atomic Pd chains on a Pd(110) surface during deposition of 3d metal atoms has been predicted (Stepanyuk 2009 Phys. Rev. B 79 155410) and confirmed by STM and STS experiments (Wie et al 2009 Phys. Rev. Lett. 103 225504). Performing ab initio calculations we demonstrate that Pd atomic chains grown above embedded Fe atoms exhibit magnetic properties which depend on the substrate mediated exchange interaction between the Fe atoms.

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