Evidence of the anisotropically developed antiferromagnetic spin fluctuation in CeFe2 under high pressures

Fujiwara T.; Fujii H.; Ishii Y.; Koiwai S.; Kosaka M.; Uwatoko Y.; Nishi M.; Kakurai K.

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Evidence of the anisotropically developed antiferromagnetic spin fluctuation in CeFe2 under high pressures

机译：高压下CeFe2各向异性发展的反铁磁自旋涨落的证据

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The magnetization measurement of single-crystal CeFe2 under hydrostatic pressures up to 8 kbar indicates that the magnetization is quite anisotropically suppressed at 5 K even in the cubic symmetry by applying the hydrostatic pressure, while the neutron diffraction studies indicate that the static Fe magnetic moment is suppressed to be only half of that under P = l bar at 5 K and the anti ferromagnetic spin fluctuation with a propagation vector q= (1/2, 1/2, 1/2) is enhanced by applying hydrostatic pressure of 15 kbar. (C) 2002 Elsevier Science B.V. All rights reserved. [References: 5]

机译：在高达8 kbar的静水压力下对单晶CeFe2的磁化测量表明，通过施加静水压力，即使在立方对称的情况下，在5 K时磁化也受到各向异性的抑制，而中子衍射研究表明，静态Fe磁矩为通过施加15 kbar的静水压力，可以将其抑制为在5 K下P = 1 bar下的压力的一半，并且传播矢量为q =（1 / 2、1 / 2、1 / 2）的反铁磁自旋波动会增强。（C）2002 Elsevier Science B.V.保留所有权利。 [参考：5]

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《Physica, B. Condensed Matter》 |2002年第0期|共3页
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Fujiwara T.; Fujii H.; Ishii Y.; Koiwai S.; Kosaka M.; Uwatoko Y.; Nishi M.; Kakurai K.;
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1. Evidence of the anisotropically developed antiferromagnetic spin fluctuation in CeFe2 under high pressures [J] . Fujiwara T., Fujii H., Ishii Y., Physica, B. Condensed Matter . 2002,第0期

机译：高压下CeFe2各向异性发展的反铁磁自旋涨落的证据
2. Influence of spin-phonon coupling on antiferromagnetic spin fluctuations in FeSe under pressure: First-principles calculations with van der Waals corrections [J] . Qian-Qian Ye, Kai Liu, Zhong-Yi Lu Physical review . 2013,第20期

机译：压力下自旋声子耦合对FeSe的反铁磁自旋波动的影响：范德华校正的第一性原理计算
3. Enhancement of Superconducting Transition Temperature due to the Strong Antiferromagnetic Spin Fluctuations in the Noncentrosymmetric Heavy-Fermion Superconductor CeIrSi_3: A ~(29)Si NMR Study under Pressure [J] . H. Mukuda, T. Fujii, T. Ohara, Physical review letters . 2008,第10期

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4. Antiferromagnetic anisotropic XXZ chain of spins S= 1/2 in the presence of an inhomogeneous transverse magnetic field as a basis for the multiqubit quantum register simulation [C] . A.A.Kokin, V.A.Kokin International conference on micro- and nano-electronics . 2014

机译：在不均匀横向磁场的情况下，自旋的反铁磁各向异性XXZ链S = 1/2作为多量子位量子寄存器模拟的基础
5. PART I: SPIN INTERCONVERSION STUDIES OF 3D('5), 3D('6), AND 3D('7) SPIN EQUILIBRIUM IRON AND COBALT COMPLEXES. PART II: MAGNETIC SUSCEPTIBILITY STUDIES (7-200 K) OF BEEF HEART CYTOCHROME OXIDASE AND SOME OF ITS DERIVATIVES: DIRECT EVIDENCE FOR A HEME SPIN STATE DEPENDENT ANTIFERROMAGNETICALLY COUPLED IRON(III)/COPPER(II) PAIR. [D] . TWEEDLE, MICHAEL FRANK -1

机译：第一部分：3D（'5），3D（'6）和3D（'7）自旋平衡铁和钴配合物的自旋互换研究。第二部分：牛肉心脏细胞色素氧化酶及其某些衍生物的磁化率研究（7-200 K）：血红素自旋态相关的反铁磁耦合铁（III）/铜（II）对的直接证据。
6. Spin relaxation in antiferromagnetic Fe–Fe dimers slowed down by anisotropic DyIII ions [O] . Valeriu Mereacre, Frederik Klöwer, Yanhua Lan, 2013

机译：各向异性DyIII离子使反铁磁性Fe–Fe二聚体的自旋弛豫减慢
7. The influence of spin-phonon coupling on antiferromagnetic spin fluctuations in FeSe under pressure: the First-principles calculations with van der Waals corrections [O] . Ye, Qian-Qian, Liu, Kai, Lu, Zhong-Yi 2013

机译：自旋声子耦合对反铁磁自旋的影响 Fese在压力下的波动：第一原理计算范德瓦尔斯修正案
8. Spin Wave Spectrum and Zero Spin Fluctuation of Antiferromagnetic Solid exp 3 He [R] . Roger, M., Delrieu, J. M. 1981

机译：反铁磁固体exp 3 He的自旋波谱和零自旋波动

Evidence of the anisotropically developed antiferromagnetic spin fluctuation in CeFe2 under high pressures

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