Honors of the State Key Laboratory of Magnetism and Magnetic Materials

Name of Achievement in Award-winning Year Winner 1980 WXP-5 Major Science and Technology Award of Seven Microwave Absorbing Materials of China Academy of Sciences 1 Zhan Wenshan Pan Xizhe in Meng Qing 'an, Ningtai Mountain, Li Yumin, etc. Study on 198 1 γ-Fe2O3 and new cobalt-iron magnetic powder. Academy 8 1 Major Achievement Award 2 Wei Huangxi Cheng Feng Luo He Lie Zhang Zhiying Gong Wei 1982 Bao Cobalt, Guangdong Science and Technology Award 2 Luo He Lie Zhang Zhiying Gong Wei Huang Xicheng Feng Li Xiuying 1982 Medium-scale Test of Producing 30 Tons of Alkaline Magnetic Powder 82 Science and Technology Award of Guangzhou Science and Technology Commission 1 Wei Huangxi Cheng Feng Li Xiuying Luo He Lie Sun Ke Pan Xizhe/. 982 29Mb+- Chip Interchangeable Set 82 China Academy of Sciences and Institute of Computational Chemistry, Institute of Physics, Luo Helie Huang Xicheng 1983 Magnetism, Mossbauer Effect and Ferromagnetism of Fe-Cr-Co Permanent Magnet Alloy * * * Zhen Beijing Achievement Award 3 Lin Wengui Beijing Institute of Metallurgical Physics 1983 40T Pulsed Strong Magnetic Field Measuring System 2 Yang Fu. Liefeng cooperated with Institute of Chemical Metallurgy 1984 Guangdong Excellent Science and Technology Award 2 Institute of Chemical Metallurgy, Guangzhou Dyeing Plant Physics Institute Luo Heliefeng 1984 Guangzhou Science and Technology Award 2 Institute of Chemical Metallurgy, Guangzhou Dyeing Plant Physics Institute Luo Heliefeng 1984. Li Xiuying Huang Xicheng 1986 200MB Replaceable Disk Set and Disk Servo Disk Scribing Device, China Academy of Sciences Science and Technology Progress Award 1 Luo Helie and other participating units, Shanghai Institute of Organic Chemistry, Institute of Computational Chemistry 1986 Low-purity NdFeB Third Generation Permanent Magnet Material (8404 8405). Science and Technology Progress Award of China Academy of Sciences 1 National Science and Technology Progress Award 1 Institute of Physics 1986 Micromagnetism Theory of Continuous-Discontinuous Magnetization Distribution; Science and Technology Progress Award of China Academy of Sciences 1 Pubozang 1986 Method of Preventing Cattle from Death and Elimination Caused by Iron Foreign Bodies by Magnets; granted by Institute of Developmental Biology and Physics of China Academy of Sciences. Zhen Xiao Zhang Shougong 1987 Transition Elements Influence on the Structure of FeB-based Amorphous Alloys, and C 3 Physical Properties and Stability Influence Zhan Wenshan Shen Baogen Zhao Ning Taishan 1987 National Natural Science Award 3 Pubozang 1988 National Science and Technology Progress Award 1 Wang Zhenxi Cao Yongjing Low-purity NdFeB Permanent Magnet Materials. Huang Yongcheng, Wang, Gong Minying, Gao Jinglan, Wu, Ding, Zheng Guanze, Yu, Wang, Yang Xianming of the Institute of Electronics said that the formation of Bloch line was caused by the bubble wall 1989 pulse bias magnetic field. Han Baoshan, Nie Xiangfu, Mao Tingde, Liu Yinglie, Tang Guide, Ling, Fan, Wei 1990 Mn-based alloy won the Natural Science Award of China Academy of Sciences. Study on the film characteristics of magneto-optical disk 2 China Academy of Sciences Natural Science Award Wang Shen Jianxiang Guan Zetong1991; > National Standards and State Bureau of Technical Supervision 2 Study on Magnetic Properties and Structure of Luohelie 1992 NaFeB Thin Strip and Film 2 Jiangsu Science and Technology Progress Award 2 Nanjing University Institute of Physics Shen Baogen et al. 1 993 Stability of DC Biased Magnetic Field and Internal Hard Domain 2 Hebei Education Commission Science and Technology Progress Award 2 Hebei Normal University Institute of Physics Han Baoshan1 993 Study on Bloch's Line Memory Mechanism Natural Science Award of China Academy of Sciences 3 Han Baoshan Nie Xiangfu 1993 Magnetic and Phase Structure of New Metastable Fe3B Alloy 3 Natural Science Award of China Academy of Sciences 3 Shen Gu Benxi Zhang Junxian Ning Taishan Wofeng Zhao Guohuiqun Cui Hongru Zhang lei 1994 Magnetic and Stability of Rapidly Quenched Metal-based Alloy 2 Natural Science Award of China Academy of Sciences 2 Shen Baogen Guo Huiqun Zhan Wenshan Zhao Gao Jianning Taishan/ Study on application of kloc-0/995 magnetic processing technology in oilfield 1 Li Dexin Yan Haike Geng Dianyu Ling Qifen Zhang Zhaoyang Zhidong Guo Shujiao et al. (cooperation) 1995 Structure and magnetism of interstitial rare earth intermetallic compounds 3 Natural Science Award of China Academy of Sciences 3 Shen Baogen Hu Boping Yang Wang Fuming Zhong Yi Yan Qiwei Zhan Wenshan et al. 1 995 Theoretical Research and Application of Rare Earth-Iron-Boron and Rare Earth-National Science and Technology Progress Award 3 1996 2: 17 Rare Earth-Iron Carbide Ling Qifen Guo Shujiao Metal Research Institute Magnetism and Mossbauer Spectroscopy Research State Education Commission Science and Technology Progress Award 2 Li Fashen, Shen Baogen, Cheng, Kong Linshu, Zhou Rongjie, Zhan Wenshan, Cao Lei, Zhou Rongjie. 996 NMR and Mossbauer Spectroscopy Study on Low NdFeB Alloys 2 Gansu Science and Technology Progress Award, Zhang Junxian, Yang 1997 Structure, Leaf Structure Magnetism and Ultrafine Interaction Award of New Rare Earth-iron Compounds Shen Baogen Cheng 1998 Ultra-high Voltage Devices under Low Temperature and Strong Magnetic Field and Their Applications in Solid State Physics Research 3 Han Tang Zhao Deqi Xie Shensi Wu Yusheng 2005 New Rare Earth-based Nanocrystalline Permanent Magnet Magnets. The main inventor of Zhang Hongwei Zhao Patent Name AuthorizationNo. Magneto-optical disk storage alloy material and its preparation method 88 102222.0 Wang Xin's rapid prototyping iron-based rare earth permanent magnet and its preparation method 90108165438 unipolar magnetic processing device 9. 1206842.6 Li Dexin Co-reform with high magnetothermal stability. X Luo Helie's pressurizing device for obtaining ultrahigh pressure from room temperature to low temperature 92239342.7 Korea's 2: 19(3:29) phase rare earth iron nitrogen (carbon). Composite permanent magnet and its preparation method 931kloc-0/2822.6 Yang Fuming's 3:39 phase rare earth nitrogen (carbon) composite permanent magnet and its preparation method 931kloc-0/2022.6 Yang Fuming's gallium-containing rare earth iron-based magnetic carbide and its preparation method 93105/kloc. 8.7 CoCu-based doped granular material with giant magnetoresistance by Shen Baogen and its 95205934.7 Electromagnetic compatibility device for steady-current magnetron target sputtering and RF target sputtering by Zhao Xuegen 95227894.4 High-resolution magnetic rotary encoder with high-sensitivity probe 98205666.4 Anisotropic Sm-Co series permanent magnet materials are prepared by rapid quenching method. 99 107266.9 Yan Aru, Shen Baogen Microwave Dielectric Material and Its Preparation Method 98 1 17868.5, Zhao, Lin Qifen, A Method for Controlling Single Crystal Growth by Using Peltier Effect 00 132620. 1. Entropy-changing rare earth-iron-based compound 00 107446.6 Hu shenbaogen, sun, Zhang Xixiang, microscope sample observation platform 00252995.5, Han Baoshan, etc. 01124191.8, Yan Aru, Shen Baogen, and 0113000, a method for preparing anisotropic SmCo5 series permanent magnetic strips. 6.7 Zhang Wenyong, Shen Baogen, Yan Aruzhang, laminated ferromagnetic layer pinning film 02293463.4 generation, Lai.