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高硅钢结构设计与性能优化

铁基合金粉末低碳制备

氧化物冶金

/ 简    历

王锐，男，1996年出生，博士，师资博士后，2024年6月毕业于Bet365中国登录备用网址 ，同年留校开展博士后研究工作。以第一/通讯作者发表SCI论文10篇，授权国家发明专利2项、国际专利1项。

/ 论    文

[1] 王锐，孔辉，王海川，周乐君，樊希安，吴朝阳^*. 基于界面固相反应的软磁复合铁芯成分定制策略及磁性能优化研究. 过程工程学报, 2024,24(10):1196-1207.

[2] Rui Wang,   Kaixuan Li, Xingyi Wu, Zhenlong Zhou, Zhaoyang Wu*, Jiang Li*, Optimisation   of the magnetic properties of soft-magnetic composites through an interfacial   solid-phase reaction based on hot-pressing sintering and   secondary-magnetic-phase addition. Ceramics International, 2024,   50(21), 41066-41075.

[3] Li Liu, Jingshuai   Wang, Xingyi Wu, Hui Kong, Rui Wang*, Zhaoyang Wu*, Improving   magnetic properties of Fe–Si–Cr-based soft magnetic composites through   precise adjustment of salt dosage based on interface engineering Journal   of Magnetism and Magnetic Materials 2024, 607, 172419.

[4] Rui Wang,   Yang Li, Kaixuan Li, Yue Qiu, Zhaoyang Wu*, Hui Kong*, Augmenting magnetic   properties: Ectopic reconstruction of insulation layer in soft magnetic   composites via coating-doping method. Journal of Materials Research and   Technology, 2024, 30, 101-109.

[5] Li Liu, Xingyi   Wu, Kaixuan Li, Bo Feng, Rui Wang*, Zhaoyang Wu*, Preparation of composite insulating   layer using Ca(OH)₂ coating and thermal decomposition   to optimise the performance of FeSiAl‑based soft magnetic   composites, Journal of material science: Materials in Electronic,   2024, 35, 1629.

[6] Rui Wang,   Huaqin Huang, Kaixuan Li, Jian Yang, Zhaoyang Wu*, Hui Kong*, Design   and evolution of Fe–Si–Al soft magnetic composites doped with carbonyl iron   powders: Overcoming the restrictive relation between permeability and core   loss. Ceramics International, 2024, 50(10), 17861-17872.

[7] Zhaoyang   Wu, Lei Kang, Xiangwei Liao, Hui Kong, Haichuan Wang, Rui Wang*, Realizing   high-resistivity and low-loss Fe–Si–Al based soft magnetic powder cores   through interfacial chemistry regulation. Ceramics International,   2023, 49(12), 19870-19878.

[8] Rui   Wang, Xiangwei Liao, Lei Kang, Hui Kong,   Zhaoyang Wu*, Haichuan   Wang*, Evolution of   insulating layers during Heat–Treatment and their effects on magnetic   behavior of Fe–Si–Al based soft magnetic composites. Ceramics   International, 2023, 49(11), 17876-17884.

[9] Rui   Wang, YiHai He, Hui Kong, Jian Wang,   Zhaoyang Wu*, Haichuan   Wang*, Influence of   sintering temperature on heterogeneous-interface structural evolution and   magnetic properties of Fe–Si soft magnetic powder cores. Ceramics   International, 2022, 48(20), 29854-29861.

[10] Zhenyi Huang,   Huaqin Huang, Zhaoyang Wu, Xuesong Wang*, Rui Wang*, Effect of   Various Metal Oxide Insulating Layers on the Magnetic Properties of Fe-Si-Cr   Systems. Coatings, 2023, 13, 804

[11] Zhenyi Huang,   Huaqin Huang, Hao He, Kaixuan Li, Zhaoyang Wu, Rui Wang*, Fabrication and   Soft Magnetic Properties of Fe–Si–Cr Composites with Double-Insulating Layers   Suitable for High-Frequency Power Applications. Magnetochemistry,   2023, 9, 145.

/ 专    利

[1]      王锐，孔辉，吴朝阳，邱玥，林少川，胡雪岩；一种对还原铁粉进行高效循环表面纳米化的方法，ZL   202210180710.1，2024-05-24；

[2]      吴朝阳，孔辉，王锐，邱玥，林少川，李绍刚；一种基于表面纳米化处理制备合金粉末的方法，ZL   202210180721.X，2024-03-12；

[3]      Zhaoyang Wu, Xiangwei Liao, Hui Kong,   Guangbang Li, Rui Wang, Deli Shang, Qiang Yue, Lei Kang; A method and   product for enhancing the magnetic conductivity of iron-silicon soft magnetic   cores by filling with iron-silicon nanoparticles, LU500805, 2021-10-29.