Yu Zhong

Yu Zhong

Yu Zhong teaches "magnetic physics", "ferromagnetism" and other undergraduate and graduate courses. In the field of high-power ferrite materials and high-frequency switching power supply, we have obtained 6 scientific research achievements identified by the Ministry, participated in the "934" project, presided over and participated in a number of vertical and horizontal project research, and achieved 3 industrialization achievements. Nine national invention patents and five authorized patents were applied for. It won the second prize of national science and technology progress, the second prize of national defense science and technology progress, the second prize of teaching reform achievements, and the outstanding teaching award of young teachers. More than 50 papers have been published.

Character experience

In July 1993, he obtained a bachelor's degree in polymer materials from Fudan University, and then worked in China Academy of Engineering Physics for two years. In March 1998, he obtained a master's degree from the University of Electronic Science and technology and stayed in the university to teach, engaging in teaching and scientific research in electronic information materials and components. At present, he is a member of the State Key Laboratory of electronic thin film and integrated devices. His main research direction is oxide magnetic materials, thin films and devices. In 2003 and 2004, he went to Ukraine and Slovenia to study.

Research direction:

Soft ferrite material preparation and switching power supply design; soft ferrite thick film preparation and its application in NFC and WPC; soft ferrite film preparation and micro magnetic device design; magnetic nano film preparation and device research based on SWR effect; microwave ferrite material preparation and microwave magnetic device design; hexagonal ferrite powder, film preparation and device design.

Lecture course

Teach "magnetic physics", "ferromagnetism" and other undergraduate and graduate courses

Main contributions

Some invention patents:

1. Yu Zhong, Li Yongzhe, Sun Ke, Yan Jianqiang, LAN Zhongwen, Guo Fengming, Jiang Xiaona, Wang Huacheng, Wang Weida, low temperature coefficient, high impedance, high permeability manganese zinc ferrite material and preparation method, cn201410324330.7. . 2. Yu Zhong, Lai Minmin, Sun Ke, LAN Zhongwen, Jiang Xiaona, Guo Rongdi, Wu Chuanjian, magnetic integrated mount magnetic shielding power inductor, cn201410233800.8. . 3. Yu Zhong, Sun Ke, Lai Minmin, Li Yao, Jiang Xiaona, LAN Zhongwen, small surface mount magnetic shielding power inductor and its preparation method, cn201310433093.2. 4. Sun Ke, Yu Zhong, Zhu Guangwei, Jiang Xiaona, LAN Zhongwen, Xu Zhiyong, Li Lezhong, preparation method of barium ferrite thin film with grain c-axis oriented perpendicular to film surface, cn201310179098.7. 5. Yu Zhong, Sun Ke, Qin Junliang, Jiang Xiaona, LAN Zhongwen, PCB flat magnetic device for forward synchronous rectifier, Cn201310180086.6. 6. Yu Zhong, Fu Bin, Sun Ke, Jiang Xiaona, Zhang Kai, Liu Peiyuan, LAN Zhongwen, Zhou Xiaojun, wide temperature and high bsmnzn soft ferrite materials and preparation methods, zl201310092739.5. 7. Yu Zhong, Sun Ke, Jiang Xiaona, LAN Zhongwen, Huang Xiaodong, Guo Rongdi, Wu Chuanjian, Xu Zhiyong, high Tc, wide temperature and ultra-high bsmnzn ferrite materials and preparation methods, zl201310092273.9. 8. Sun Ke, Fu Bin, Yu Zhong, Jiang Xiaona, Liu Peiyuan, Zhang Kai, LAN Zhongwen, Zhou Xiaojun, materials and preparation methods of high BS and high Tc MnZn ferrite, zl201310092263.5. 9. Xu Zhiyong, LAN Zhongwen, Sun Ke, Yu Zhong, Jiang Xiaona, Guo Rongdi, Li Lezhong, preparation methods of M-type barium ferrite thin films with c-axis orientation perpendicular to the film surface, zl201210436117.5. 10. Yu Zhong, Xu Zhiyong, Sun Ke, Jiang Xiaona, LAN Zhongwen, Wide temperature, wide frequency and low loss MnZn ferrite material and its preparation method, zl201210220728.6. 11. Xu Zhiyong, Sun Ke, Yu Zhong, Jiang Xiaona, LAN Zhongwen, MnZn ferrite material with high permeability, wide temperature and low loss and its preparation method, zl201210222035.0. 12. Yu Zhong, Sun Ke, Jiang Xiaona, LAN Zhongwen, Guo Rongdi, Xu Zhiyong, NiZn ferrite material with high permeability and high Curie temperature and its preparation method, Zl201110215629.4. 13. Sun Ke, Yu Zhong, Li Jinlong, Jiang Xiaona, LAN Zhongwen, ZnFe2O4 ferrite film preparation method, zl201110093252. X. 14. Jiang Xiaona, Sun Ke, Yu Zhong, LAN Zhongwen, Wang Zhikun, Luo Ming, Guo Rongdi, lizn ferrite material and preparation method for Ka band phase shifter, zl201110001941.3. 15. Jiang Xiaona, LAN Zhongwen, Yu Zhong, Sun Ke, Liu Peiyuan, Zhuang Yaming, Low loss lizn ferrite material and its preparation method for phase shifter, zl200810148121.5. 16. Yu Zhong, LAN Zhongwen, Sun Ke, Li Lezhong, Jiang Xiaona, MnZn ferrite material with high permeability and high saturation magnetic induction and its preparation method, zl200810046352.5. 17. LAN Zhongwen, Yu Zhong, Li Lezhong, sun Ke, Jiang Xiaona, MnZn soft ferrite material and its preparation method with wide temperature and ultra low loss, zl200710051056. X. 18, LAN Zhongwen, Sun Ke, Jiang Xiaona, Li Lezhong, NiZn ferrite materials and preparation methods, zl200710051054.0. 19. Yu Zhong, LAN Zhongwen, Sun Ke, Chen Shengming, preparation methods of high frequency and low loss MnZn ferrite materials, zl200610022471.8. 20. Sun Ke, Yu Zhong, LAN Zhongwen, preparation methods of high frequency and high power ferrite materials, zl200610022470.3. 21. LAN Zhongwen, Yu Zhong, Low temperature preparation method of high frequency power ferrite materials, zl200510021873.1. 22. Yu Zhong, LAN Wen Wen, preparation method of high density double 5000mnzn ferrite materials, zl200510021872.7. 23. Sunk, Lanz, Yuz, et al., graingworth, densification and magnetic properties of niznferrites with bi2o3additive, Journal of physics D-APPLIED physics, 2008,41 (23), 235002. < br > 24, EffectsofSnO2additiononthemicrostructureandmagneticpropertiesofNiZnferrites,JournalofMagnetismandMagneticMaterials,2008,320(24),3352-3355.
　　25.SunK,LanZ,YuZ,etal.,GraingrowthandmagneticpropertiesofNb2O5-dopedNiZnferrites,JapaneseJournalofAppliedPhysics,2008,47(10),7871-7875.
　　26.LiL,LanZ,YuZ,etal.,Microstructure,electrical, andmagneticpropertiesofZrO2addedMnZnferrites,IEEETransactionsonMagnetics,2008,44(9),2107-2112.
　　27.YuZ,SunK,LiL,etal.,InfluencesofBi2O3onmicrostructureandmagneticpropertiesofMnZnferrite,JournalofMagnetismandMagneticMaterials,2008,320(6),919-923.
　　28.SunK,LanZ,YuZ,etal.,MagneticpropertiesofSn-substitutedNiZnferritethinfilms, JournalofMagnetismandMagneticMaterials,2008,320(6),1180-1183.
　　29.LiL,LanZ,YuZ,etal.,InfluenceofFe2O3stoichiometryoninitialpermeabilityandtemperaturedependenceofcorelossinMnZnferrites,IEEETransactionsonMagnetics,2008,44(1),13-16.
　　30.YuZ,ChenD,LanZ,etal.,Ef

Chinese PinYin : Yu Zhong