
周学斌,男,汉族,中共党员,工学博士,研究方向海量数据轻型化处理、无线电能传输、智能电网、新型电力系统,湖南科技学院智能制造学院系主任、副教授。个人邮箱:zhouxuebin821025@163.com
一、近期主要论文
[1]Analysis, Design, and Validation of a Dual-Channel High-Power WPT System Based on Bilateral Coil Decoupling.IEEE Journal of Emerging and Selected Topics in Power Electronics.2024(唯一通讯)
[2]A Three-Coil IPT Charger With CC and CV Outputs Through Circuit Reconfiguration.IEEE Transactions on Circuits and Systems II: Express Briefs.2024(唯一通讯)
[3]Pedestrian Behavior Recognition Based on Improved Dual-stream Network with Differential Feature in Surveillance Video.Scientific Programming.2021(第三)
[4]Design and Implementation of an IPT Charger with Minimum Number of Elements for Battery Charging Applications.Applied sciences.2023(第一作者)
[5]A Light-Load Efficiency Improvement Technique for an Inductive Power Transfer System through a Reconfigurable Circuit.Energies.2024(第一作者)
[6]Analysis and Design of an S-CL Compensated WPT System with Dual-Type Output Function.Progress In Electromagnet ics Research C.2024(唯一通讯)
[7]Design and development of an LC compensated WPT system with multiple constant voltage outputs function.International Journal of Circuit Theory and Applications.2024(唯一通讯)
[8]An LCC-LCC compensated WPT system with inherent CC-CV transition function for battery charging applications.Wireless Power Transfer.2024(第一作者)
[9]Analysis and design of a three-coil IPT system with independent dual output ports.International Journal of Circuit Theory and Applications.2024(第一作者)
[10]A Topology Reconstruction Based WPT System with CC and CV Outputs Function.Progress In Electromagnet ics Research Letters.2024(第一作者)
[11]A Novel Three-Coil WPT System with Automatic CC-CV Transition Function.Progress In Electromagnet ics Research Letters.2024(第一作者)
[12]A Dual Constant Current Output Ports WPT System Based on Integrated Coil Decoupling: Analysis,Design, and Verification.Electronics.2024(唯一通讯)
[13]恒流与恒压双路输出WPT 系统研究,电源学报,2024(第一作者)
[14]A Special LCC-S Compensated WPT System with Inherent CC-CV Transition for Electric Bicycles Charging.Wireless Power Transfer.2025(第一作者)
[15]A Constant Current and Constant Voltage Dual-Output Wireless Power Transfer System Based on Receiving Side Decoupling: Analysis,Design, and Verification.International Journal of Circuit Theory and Applications.2025(唯一通讯)
[16]A Dual-Receiver Wireless Power Transfer System With Simultaneous CC and CV Outputs: Analysis, Design, and Verification.International Journal of Circuit Theory and Applications.2025(第一作者)
[17]Design, Analysis, and Verification of a Decoupled Dual-Output Wireless Power Transfer System with a Constant Voltage Output and a Constant Current Output.Electronics.2025(唯一通讯)
[18]Inherent Switching Hybrid IPT System Based on Clamp Circuit for Battery Charging.International Journal of Circuit Theory and Applications.2025(唯一通讯)
[19]Primary Side Clamp-Assisted IPT Charging System With Self-Sustaining Constant Voltage Limitation and Secondary Lightweight Design.International Journal of Circuit Theory and Applications.2025(第一作者)
二、近期主持项目
[1]湖南省科技厅立项(2024),具有抗偏恒定输出自切换及效率优化的电动汽车无线充电系统研究,在研,主持
[2]湖南省教育厅立项(2023),智能电网海量数据轻型化机理研究,结题,主持
[3]教育部高校学生司立项(2023),基于线圈结构的电动汽车锂电池无线多阶段恒流充电系统研究,结题,主持
[4]教育部高校学生司立项(2023),校企合作共建实习基地研究与实践,结题,主持
[5]湖南省教育厅立项(2024),具有抑制混合干扰场轻载效率提升的无线充电系统研究,结题,主持
[6]湖南省社会科学成果评审委员会立项(2025),基于电动汽车群体充电行为的充电站时空定价策略研究,在研,主持
[7]教育部高校学生司立项(2025),基于电动汽车群体充电行为的充电站时空定价策略研究,在研,主持
[8]湖南省教育厅立项(2025),人工智能助力师范生教学基本技能训练技术研发与应用实践,在研,主持
三、专利情况
An electric vehicle inductive wireless charging system and method.2023(第一发明人)
四、获奖情况
[1]2021年全国大学生电子设计竞赛二等奖(全国大学生电子设计竞赛组织委员会,2021)
[2]2023 年全国大学生电子设计竞赛二等奖(全国大学生电子设计竞赛组织委员会,2023)
[3]2023 年湖南省大学生电子设计竞赛暨全国大学生电子设计竞赛(湖南赛区)优秀指导老师(湖南省教育厅,2023)
[4]2025 年全国大学生电子设计竞赛二等奖(全国大学生电子设计竞赛组织委员会,2025)
[5]2025 年湖南省大学生电子设计竞赛暨全国大学生电子设计竞赛(湖南赛区)优秀指导老师(湖南省教育厅,2025)