Magnetic Properties in the Pseudoternary SmFeMnC Alloys
XING Feng, WANG Yingchun, SUN Ling, HE Wenwang
Department of Physics, Peking University, Beijing 100871
Magnetic Properties in the Pseudoternary SmFeMnC Alloys
XING Feng;WANG Yingchun;SUN Ling;HE Wenwang
Department of Physics, Peking University, Beijing 100871
关键词 ：
75.30.-m ,
75.50.Bb
Abstract ： The intrinsic magnetic properties of the tetragonal Sm14 Fe78-x ,Mnx C8 , Ca sys tem are investigated. In addition to the sudden drop of σs , and Tc , an anomalous variation of the lattice constants is found. The sign of K1 changes from negative to positive between x=15 and 20 at 1.5K, thus the cone-type anisotropy becomes uniaxial correspondingly. The intrinsic magnetic hardness effect at low temperature is observed at high Mn content.
Key words ：
75.30.-m
75.50.Bb
出版日期: 1992-01-01
:
75.30.-m
(Intrinsic properties of magnetically ordered materials)
75.50.Bb
(Fe and its alloys)
引用本文:
XING Feng;WANG Yingchun;SUN Ling;HE Wenwang. Magnetic Properties in the Pseudoternary SmFeMnC Alloys[J]. 中国物理快报, 1992, 9(1): 30-32.
链接本文:
https://cpl.iphy.ac.cn/CN/
或
https://cpl.iphy.ac.cn/CN/Y1992/V9/I1/30
[1]
LIU Yong-Sheng;ZHANG Jin-Cang;REN Zhong-Ming;CAO Shi-Xun. In-Situ Alignment of MnBi Crystals Induced by High Magnetic Field above Curie Temperature
[2]
LIU Shun-Quan;HAN Jing-Zhi;DU Hong-Lin;WANG Chang-Sheng;YANG Ying-Chang. Magnetic Properties of Melted ThMn12 -Type Carbides and Their Nitrides
[3]
ZHANG Ning;YIN Xiao-Ming;WANG Miao;Schneider T.;Srinivasan G.. Magnetoelectric Coupling in Bilayers of Pb(Zr, Ti)O3 Epoxy and Hot Pressed Manganite Perovskite
[4]
JIANG Hong-Chuan;ZHANG Jin-Ping;ZHANG Wan-Li;PENG Bin;ZHANG Wen-Xu;YANG Shi-Qing;ZHANG Huai-Wu. Effects of Rapid Cycle Annealing Temperature on TbFe Magnetostrictive Films
[5]
WANG Jian-Bo;LIU Qing-Fang;XUE De-Sheng;LI Fa-Shen. Remanence Properties and Magnetization Reversal Mechanism of Fe Nanowire Arrays
[6]
PENG Zhen-Sheng;LIU Ning;CAI Zhi-Rang;GUO Huan-Yin;TONG Wei;ZHANG Chang-Jing;ZHANG Yu-Heng. Influence of Gd Doping at A Site upon the Magnetic Structure of La0.7-x Gdx Sr0.3 MnO3 Systems
[7]
JIANG Hong-Ying;ZHONG Wei;TANG Nu-Jiang;LIU Xian-Song;DU You-Wei. Chemical Synthesis of Highly Magnetic, Air-Stable Silica-Coated Iron Particles
[8]
LI Zhuang-Zhi;TAO Hong-Jie;WEN Hai-Hu;ZHANG Ming;LIU Zhu-Hong;CUI Yu-Ting;WU Guang-Heng. Point Contact Andreev Reflection Measurement of the Spin Polarization of Ferromagnetic Alloy NiFeSb
[9]
YUAN Song-Liu;XIA Zheng-Cai;LIU Sheng;LI Zhong-Yi;PENG Gang;TANG Jie;ZHANG Guo-Hong;ZHANG Li-Jiang;FENG Wen;XIONG Cao-Shui. Electrical Transport and Low-Field Magnetoresistance in La2/3 Ca1/3 MnO3 /YSZ Composites
[10]
LI De-Ren;LU Zhi-Chao;ZHOU Shao-Xiong;ZHANG Jun-Feng;LIU Hui;HAN Wei. Giant Stress-Impedance Effect in Amorphous and High-Current-Density Electropulsing Annealed Fe73.5 Cu1 Nb3 Si13.5 B9 Ribbons
[11]
HE Ye-Qing;ZHOU Shou-Zeng;ZHANG Zhen-Rong;HAN Bao-Shan. Origin of (105) Reflection of X-Ray Diffraction and Quantitative Evaluation of Alignment Degree for Sintered Nd-Fe-B Magnets
[12]
FANG Qing-qing;ZHONG Wei;DU You-wei. New Modified M-type Ferrite Nanoparticles with Spinel Phase Epitaxial Overlayer
[13]
LI Jian-gong;SU Zhi-bin;WEI Fu-lin;YANG Zheng;Horst Hahn;WANG Tian-min;GE Shi-hui. Magnetic Properties of Nanostructured Fe40 Ni38 Mo4 Bl8
[14]
ZHAO Jian-hua;LI Yan-chun;LIU Ri-ping;ZHANG Xiang-yi;ZHOU Zhen-hua;WANG Chao-ying;XU Ying-fan;WANG Wen-kui;. Growth and Morphology of β–FeSi2 Single Crystal with Chemical Vapor Transport
[15]
SHEN Bao-gen;LIANG Bing;CHENG Zhao-hua;ZHANG Shao-ying;ZHANG Hong-wei;ZHAN Wen-shan;ZHANG Li-gang. Magnetic Properties of Gd2 Co17-x Six Compounds
1992, Vol. 9 
