Magnetism of thin chromium films studied with low-energy muon spin rotation

Luetkens H.; Gluckler H.; Morenzoni E.; Prokscha T.; Schatz A. Birke M.; Forgan EM.; Handke B.; Hofer A.; Jackson TJ.; Kubik M.; Litterst FJ.; Niedermayer C.; Pleines M.; Riseman TM.; Schatz G.; Slezak T.; Weber HP.; Korecki J.

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Magnetism of thin chromium films studied with low-energy muon spin rotation

机译：低能μ自旋旋转研究铬薄膜的磁性

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Low-energy muon spin rotation (LE-mu(+)SR) measurements were performed on 3.4 and 9.1 nm epitaxial Cr(001) films buried by non-magnetic boundary layers to study the collapse of the spin-density wave (SDW) of bulk Cr, which is expected when decreasing the thickness of the film below the modulation period of the SDW (approximate to 6 nm). Magnetic phases of Cr are identified by the fast relaxation of the muon spin polarization. While a reduced Neel temperature of 285 It with respect to the bulk value is found for the 9.1 nm Cr layer, the 3.4 nm film remains in a magnetic phase over the investigated temperature range of 20-320 K. (C) 2000 Elsevier Science B.V. All rights reserved. [References: 16]

机译：对非磁性边界层掩埋的3.4和9.1 nm外延Cr（001）膜进行了低能muon自旋旋转（LE-mu（+）SR）测量，以研究自旋密度波（SDW）的塌陷体铬，当在SDW的调制周期（约6 nm）以下减小膜厚度时可以预期。 Cr的磁相通过μ自旋极化的快速弛豫来识别。在9.1 nm Cr层中发现相对于整体值降低的285 Neel温度，而3.4 nm的膜在研究的20-320 K的温度范围内仍保持磁性相。（C）2000 Elsevier Science BV版权所有。 [参考：16]

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《Physica, B. Condensed Matter》 |2000年第0期|共5页
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Luetkens H.; Gluckler H.; Morenzoni E.; Prokscha T.; Schatz A. Birke M.; Forgan EM.; Handke B.; Hofer A.; Jackson TJ.; Kubik M.; Litterst FJ.; Niedermayer C.; Pleines M.; Riseman TM.; Schatz G.; Slezak T.; Weber HP.; Korecki J.;
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正文语种 eng
中图分类物理学;
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Thin films and multilayers; Low-energy mu sr; Magnetism; Density-wave antiferromagnetism; Epitaxial cr films; Fe/cr(001) superlattices; Reorientation; Multilayers; Au(100); Growth; Layers; Fe;

机译：薄膜和多层薄膜;低能mu sr;磁性;密度波反铁磁性;外延cr薄膜;Fe / cr（001）超晶格;取向;多层;Au（100）;生长;层;Fe;

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1. Magnetism of thin chromium films studied with low-energy muon spin rotation [J] . Luetkens H., Gluckler H., Morenzoni E., Physica, B. Condensed Matter . 2000,第0期

机译：低能μ自旋旋转研究铬薄膜的磁性
2. Sulfur-induced magnetism in FeSe_(1-x)S_x thin films on LaAlO_3 revealed by muon spin rotation/relaxation [J] . F. Nabeshima, Y. Kawai, N. Shikama, Physical review.B.Condensed matter and materials physics . 2021,第18期

机译：硫诱导的磁_（1-x）S_X薄膜在LAALO_3上透露，由MUON旋转旋转/弛豫露出
3. Depth-Dependent Spin Dynamics of Canonical Spin-Glass Films: A Low-Energy Muon-Spin-Rotation Study [J] . E. Morenzoni, H. Luetkens, T. Prokscha, Physical review letters . 2008,第14期

机译：规范自旋玻璃薄膜的深度依赖自旋动力学：低能量的μ自旋旋转研究。
4. MUON SPIN ROTATION EVIDENCE OF MAGNETISM IN GRAPHENE [C] . Mauro Ricco, Daniele Pontiroli, Marcello Mazzani Annual World Conference on Carbon . 2010

机译：石墨烯中磁性的μ子自旋旋转证据
5. Half-metallic Chromium dioxide thin films for spintronic applications. [D] . Pathak, Manjit. 2011

机译：用于自旋电子学的半金属二氧化铬薄膜。
6. Scaling rotation and channeling behavior of helical and skyrmion spin textures in thin films of Te-doped Cu2OSeO3 [O] . M.-G. Han, J. A. Garlow, Y. Kharkov, 2020

机译：掺Te的Cu2OSeO3薄膜中螺旋和天旋子自旋织构的尺度旋转和沟道行为
7. Magnetic phase diagram of low-doped La{2-x}SrxCuO4 thin films studied by low-energy muon-spin rotation [O] . Stilp, E., Suter, A., Prokscha, T., 2013

机译：低掺杂La {2-x} srxCuO4薄膜的磁相图研究低能量μ子旋转
8. Transverse- and zero-field (mu)SR (muon-spin-rotation) investigation of magnetism and superconductivity in Y(1-x)Pr(x)Ba2Cu3O7. [R] . Cooke, D. W., Jahan, M. S., Kwok, R. S., 1990

机译：Y（1-x）pr（x）Ba2Cu3O7中的磁场和超导电性的横向和零场（μ）sR（μ子 - 自旋 - 旋转）研究。

Magnetism of thin chromium films studied with low-energy muon spin rotation

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