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Magnetic Materials: Chiral Spin Textures in Amorphous Iron–Germanium Thick Films (Adv. Mater. 8/2021)
Advanced Materials ( IF 27.4 ) Pub Date : 2021-02-22 , DOI: 10.1002/adma.202170061 Robert Streubel 1, 2 , D. Simca Bouma 2, 3 , Frank Bruni 3 , Xiaoqian Chen 2, 4 , Peter Ercius 5 , Jim Ciston 5 , Alpha T. N'Diaye 4 , Sujoy Roy 4 , Steve D. Kevan 4 , Peter Fischer 2 , Frances Hellman 3
Advanced Materials ( IF 27.4 ) Pub Date : 2021-02-22 , DOI: 10.1002/adma.202170061 Robert Streubel 1, 2 , D. Simca Bouma 2, 3 , Frank Bruni 3 , Xiaoqian Chen 2, 4 , Peter Ercius 5 , Jim Ciston 5 , Alpha T. N'Diaye 4 , Sujoy Roy 4 , Steve D. Kevan 4 , Peter Fischer 2 , Frances Hellman 3
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In article number 2004830, Robert Streubel and co‐workers report the formation of topological magnetization vector fields in disordered materials with local inversion symmetry breaking, harnessing high‐resolution Lorentz microscopy, quantitative X‐ray microspectros copy, and coherent scattering. The image shows the reconstructed in‐plane magnetic induction of closely packed Bloch skyrmions embedded into helical spins.
中文翻译：
磁性材料：非晶态铁-锗厚膜中的手性自旋织构（Adv。Mater。8/2021）
Robert Streubel及其同事在编号2004830中报告了在具有局部反转对称性破坏，利用高分辨率洛伦兹显微镜，定量X射线显微光谱复制和相干散射的无序材料中拓扑磁化矢量场的形成。该图显示了嵌入螺旋自旋中的紧密堆积的布洛赫天体的重构面内磁感应。
更新日期：2021-02-22
中文翻译：
磁性材料：非晶态铁-锗厚膜中的手性自旋织构（Adv。Mater。8/2021）
Robert Streubel及其同事在编号2004830中报告了在具有局部反转对称性破坏，利用高分辨率洛伦兹显微镜，定量X射线显微光谱复制和相干散射的无序材料中拓扑磁化矢量场的形成。该图显示了嵌入螺旋自旋中的紧密堆积的布洛赫天体的重构面内磁感应。
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