Comment on 'Magnetic structure and magnetization of z-axis helical Heisenberg antiferromagnets with XY anisotropy in high magnetic fields transverse to the helix axis at zero temperature'

Ruggero Vaia

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Comment on 'Magnetic structure and magnetization of z-axis helical Heisenberg antiferromagnets with XY anisotropy in high magnetic fields transverse to the helix axis at zero temperature'

机译：关于“零温度下横向于螺旋轴的强磁场中具有XY各向异性的Z轴螺旋Heisenberg反铁磁体的磁结构和磁化”的评论

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In two recent papers [Phys. Rev. B 99, 214438 (2019); Phys. Rev. B 96, 104405 (2017)], Johnston employs his unified molecular field theory to study the phase diagram of a classical one-dimensional magnet with exchange frustration in dependence of the anisotropy and magnetic field. Here, it is argued that the assumptions made about the stable configurations are too restrictive and not well justified.

机译：在最近的两篇论文中[Phys。 B 99，214438（2019）;物理Rev. B 96，104405（2017）]，Johnston利用他的统一分子场理论研究了具有各向异性而受到交换挫折的经典一维磁体的相图。在这里，有人认为关于稳定配置的假设过于严格，没有充分的理由。

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《Physical review》 |2020年第2期|026401.1-026401.3|共3页
作者
Ruggero Vaia;
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Istituto dei Sistemi Complessi Consiglio Nazionale delle Ricerche 1-50019 Sesto Fiorentino Italy and Istituto Nazionale di Fisica Nucleare Sezione di Firenze 1-50019 Sesto Fiorentino Italy;

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1. Reply to 'Comment on 'Magnetic structure and magnetization of z-axis helical Heisenberg antiferromagnets with XY anisotropy in high magnetic fields transverse to the helix axis at zero temperature'' [J] . David C. Johnston Physical review . 2020,第2期

机译：回复“评论”Z轴螺旋Heisenberg反霉菌与XY各向异性在零温度横向于螺旋轴上的XY各向异性的磁化结构和磁化磁化。
2. Comment on "Magnetic structure and magnetization of z-axis helical Heisenberg antiferromagnets with XY anisotropy in high magnetic fields transverse to the helix axis at zero temperature" [J] . Physical review, B . 2020,第2期

机译：评论“Z轴螺旋HEISENBERG反铁磁石与XY各向异性在零温度横向于螺旋轴上的XY各向异性磁化和磁化强化”。
3. Reply to "Comment on 'Magnetic structure and magnetization of z-axis helical Heisenberg antiferromagnets with XY anisotropy in high magnetic fields transverse to the helix axis at zero temperature'" [J] . Physical review, B . 2020,第2期

机译：回复“评论”Z轴螺旋Heisenberg反霉菌与XY各向异性在零温度横向于螺旋轴上的XY各向异性的磁化结构和磁化磁化。
4. Transverse Magnetic Susceptibility of a Frustrated Spin-{formula} {formula} Heisenberg Antiferromagnet on a Bilayer Honeycomb Lattice [C] . P.H.Y. Li, R. F. Bishop Conference on Nuclei and Mesoscopic Physics . 2017

机译：在双层蜂窝晶格上的令人沮丧的旋转{公式} {公式} Heisenberg反霉菌的横向磁化率
5. Short Range Order Effects on EPR Frequeneies and Magnetic Anisotropy in Heisenberg Linear Chain Antiferromagnets [D] . Nagata, Kazukiyo -1

机译：海森堡线性链反铁磁体中短程有序对EPR频率和磁各向异性的影响
6. Structure of the magnetic excitations in the spin-1/2 triangular-lattice Heisenberg antiferromagnet Ba3CoSb2O9 [O] . Saya Ito, Nobuyuki Kurita, Hidekazu Tanaka, -1

机译：自旋1/2三角形格Heisenberg反铁磁体Ba3CoSb2O9中的磁激发结构
7. Magnetic structure and magnetization of z -axis helical Heisenberg antiferromagnets with XY anisotropy in high magnetic fields transverse to the helix axis at zero temperature [O] . David C. Johnston 2019

机译：Z-XIS螺旋Heisenberg反铁磁体在零温度下横向于螺旋轴的高磁场中具有XY各向异性的磁性结构和磁化。
8. Wide Temperature Magnetization Characteristics of Transverse Magnetically Annealed Amorphous Tapes for High Frequency Aerospace Magnetics [R] . Niedra, J. M. , Schwarze, G. E. 1999

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Comment on 'Magnetic structure and magnetization of z-axis helical Heisenberg antiferromagnets with XY anisotropy in high magnetic fields transverse to the helix axis at zero temperature'

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