教育经历 2011.9~2016.12 华中科技大学 研究生(博士)毕业 2011.9~2016.12 华中科技大学 研究生(博士)毕业 2007.9~2011.6 华中科技大学 本科(学士)

主要从事新型特种电机及其控制系统、强脉冲功率特种电源系统等方面的研究工作

Xie,Xie_Xianfei,Zeng_Yuxuan,Yu_Kexun,Palanas_Patrick,Xianfei,Xie,Yuxuan,Kexun,Patrick,Xie,Xianfei;,Xie,Xianfei,Xie,Xianfei,Xie,Xianfei,Xie,Yuxuan;,Zeng,Kexun;,Yu,Patrick;,Palanas.Xianfei,Xie.（一区TOP）Analysis and Design of a Novel LLC CCPS for Repetitive Pulsed Power Applications.[J].IEEE Transactions on Power Electronics,2023,(-): Zhaoyang;,Zhaoyang,Bao,Songlin;,Guo,Xianfei;,Xie,Jiamin;,Ding,Kexun;,Yu.Xie,Xianfei,Xie.（一区TOP）Analysis and Preliminary Experimental Research of a Multiphase Air-Core Pulsed Alternator.[J].IEEE TRANSACTIONS ON TRANSPORTATION ELECTRIFICATION,2021,(4): Zhaoyang;,Zhaoyang,Bao,Changping;,Sun,Jiamin;,Ding,Huijie;,Duan,Xianfei;,Xie,Hanting;,Zhu,Kexun;,Yu.Xie,Xianfei,Xie.（一区TOP）Loss Analysis of Air-Core Pulsed Alternator Driving an Ideal Electromagnetic Railgun.[J].IEEE TRANSACTIONS ON TRANSPORTATION ELECTRIFICATION,2021,(3): Xie_Xianfei,Sun_Changping,Xia_Chunyan,Zhang_Qiang,Tong_Yong,Liu_Pan,Jiang_Lidan,Yu_Kexun,Guo_Songlin,Changping,Chunyan,Qiang,Yong,Pan,Lidan,Kexun,Songlin,Xianfei;,Xianfei,Xie,Changping;,Sun,Chunyan;,Xia,Qiang;,Zhang,Yong;,Tong,Pan;,Liu,Lidan;,Jiang,Kexun;,Yu,Songlin;,Guo.Xianfei,Xie,Xianfei,Xie.Optimization of Design Method and Experiment of A Repetition Pulse Charging HIA-CCPS.[J].IEEE TRANSACTIONS ON INDUSTRY APPLICATIONS,2023,(1): Xie_Xianfei,Chen_Xi,Guo_Songlin,Jiang_Lidan,Yu_Kexun,Xi,Songlin,Lidan,Kexun,Xianfei;,Xianfei,Xie,Xi;,Chen,Songlin;,Guo,Lidan;,Jiang,Kexun;,Yu.Xianfei,Xie,Xianfei,Xie.An Optimized Design Method of Homopolar Inductor Alternator Based on Genetic Algorithm.[J].IEEE TRANSACTIONS ON PLASMA SCIENCE,2023,(2): Zhao_Wenyu,He_Danqi,Zhai_Pengcheng,Xie_Xianfei,Cui_Wenjun,Wang_Hanwen,Zhang_Xiaopeng,Danqi,Pengcheng,Xianfei,Wenjun,Hanwen,Xiaopeng,Wenyu;,Wenyu,Zhao,Danqi;,He,Pengcheng;,Zhai,Xianfei;,Xie,Wenjun;,Cui,Hanwen;,Wang,Xiaopeng;,Zhang.Unraveling the effect of excessive Al on the growth of high-quality YbAl3 film.[J].MATERIALS TODAY PHYSICS,2023,(-):