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(PDF) Reversible fccbcc transformation in freestanding

In this paper, we present studies on structural and magnetic properties of such Fe 70 Pd 30 films that reveal a novel reversible face-centered cubic (fcc) to body-centered cu-bic (bcc) transformation generally considered irreversible in bulk samples [12].Homogeneous epitaxial Fe 70 Pd 30 films with thicknesses of 200 nm were condensed (PDF) Structural and magnetic properties of stoichiometric Structural and magnetic properties of epitaxial Fe[sub 25]Pt[sub 75] By M. Walock Structural and magnetic properties of epitaxial In1xMnxSb semiconductor alloys with x > 0.08

BJNANO - Epitaxial growth and superconducting properties

The magnetic anisotropies of a 20 nm thick Pd 0.96 Fe 0.04 film of the first-generation epitaxial sample of VN/Pd 0.96 Fe 0.04 on MgO(001) were studied by using a ferromagnetic resonance technique in . Chemical ordering in magnetic FePd/Pd 001 epitaxial Chemical ordering in magnetic FePd/Pd001epitaxial thin lms induced by annealing D. Halley,1,* B. Gilles,2 P. Bayle-Guillemaud,1 R. Arenal,1 A. Marty,1 G. Patrat,3 and Y. Samson1 1CEA Grenoble, Département de Recherche Fondamentale sur la Matière Condensée, Service de Physique des Matériaux et Microstructures, 17 avenue des Martyrs, 38054 Grenoble Cedex 9, France Epitaxial growth of metastable Pd(001) on bcc-Fe(001)cently magnetic properties of Fe films with Pd overlayers were investigated [5]. The measured anisotropy constants showed a linear change with increasing Pd-thickness up to 5.5 monolayers (ML) with suddenly following saturation. However, the epitaxial growth of Pd on Fe(001), in partic u-lar in case of low (few ML) Pd coverage, needs further i

Magnetic and magnetotransport properties of (100)Fe/Pd

Epitaxial [Fe(001)/Pd(001)]n multilayers are prepared onto sapphire substrates under ultrahigh-vacuum conditions. The topography and structure of the layers and their interfaces are characterized Magnetic properties and domain structure of epitaxial (001 Feb 01, 1994 · Briefly, with the growth parameters as described above, it was found that both Fe and Pd grow in epitaxial, nearly-2-dimensional fashion, with a surface roughness amplitude of 0 about 5 A over lateral distances of several thou- 0 sand A's, as measured by cross-sectional TEM imaging and by AFM measurements of the top surface of the multilayers. Magnetic properties of Pd/Co multilayers (Journal Article Apr 15, 1991 · @article{osti_5713342, title = {Magnetic properties of Pd/Co multilayers}, author = {Bennett, W R and England, C D and Person, D C and Falco, C M}, abstractNote = {Measurements of the magnetic anisotropy of a series of Pd/Co multilayers grown by magnetically enhanced dc triode sputter deposition revealed an interface contribution of 0.53 erg/cm{sup 2} and a net volume anisotropy of

Magnetic properties of epitaxial Fe-Pd films measured at

Magnetic properties of disordered Fe-Pd films with 28 and 33 at. % Pd epitaxially grown at room temperature were measured at room and elevated temperatures up to 900 and 600 K, respectively. Magnetism, structure and vibrational dynamics of on Pd(110), and nanoclustered Fe lms on GaAs(001) and Fe/GaAs(001) interfaces. The existence of magneto-volume instabilities (low-moment/high moment transition) in metastable fcc-like Fe thin lms can produce dramatic changes in the Fe atomic magnetic moment as well as in the magnetic structure or exchange coupling. Additionally, reduced Room-temperature magnetic skyrmion in epitaxial thin films We report experimental observations of chiral magnetic skyrmion phases in thin films of molybdenum nitride with a filled -Mn-type structure. A series of Fe 2-x Pd x Mo 3 N (x = 0.15, 0.32, and 0.54) thin films are grown epitaxially with the (110) orientation on c-plane sapphire substrates by reactive magnetron sputtering, and their structural, magnetic, and transport properties are investigated.

Structural transformation and spin-reorientation

in epitaxial Fe/Cu3Au100ultrathin lms M.-T. Lin,* J. Shen, W. Kuch, H. Jenniches, M. Klaua, C. M. Schneider, and J. Kirschner Max-Planck-Institut fu¨r Mikrostrukturphysik, Weinberg 2, D-06120 Halle, Germany ~Received 5 August 1996! The magnetic properties, morphology, and crystallographic structure are studied for Fe lms on Structure and magnetic properties of FexPd1-x thin filmsL1 0 type ordering may lead to saturations up to 30% higher [35, 164], though the strain present in thin films is known to alter the magnetic moments residing on both Fe and Pd atoms in FePd [165 Synthesis, Structural, and Magnetic Properties of Fe100 Jan 02, 2020 · Structural Properties. Table 1 displays the atomic composition of the evaporated Fe 100-x Pd x samples. The Pd content ranges from 18 to 34 at. %, and the Fe content ranges from 66 to 82 at. %. The amount of palladium atoms in the alloy plays a crucial role in the principal magnetic properties of the thin films.

L1 0 ordering at different stages of Fe 0.5 Pd 0.5

FePd layers deposited by molecular beam epitaxy at 620 K on a (001) Pd buffer are investigated. At this growth temperature, an L10 structure is expected; we compare the crystal ordering at different depths in these thin films. <SUP>57</SUP>Fe is used as a local probe at an atomic scale, located at different places within an equimolar FePd layer. The relationship between the alloy structure and