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郭栋
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讲师
硕士生导师
- 教师拼音名称：gd
- 所在单位：烟台研究院
- 性别：男
- 学位：工学博士学位
- 在职信息：在职
- 学科：电气工程
- 学科：电气工程
访问量：
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[1]
Noncommunication Frequency-Variable Auto-Resonance WPT for Constant Power and Efficiency Control Wit,IEEE Transactions on Transportation Electrification,[J].2025,11(3):8294-8304
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[2]
Enhancing Simplified Control and Misalignment Tolerance in Autonomous Fractional-Order Wireless Powe,IEEE Journal of Emerging and Selected Topics in Power Electronics,[J].2025,13(3):3931-3943
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[3]
A Novel Dual-Receivers/Rectifier Reconstructed WPT System With Inherent CC to CV Transmission Charac,IEEE Journal of Emerging and Selected Topics in Power Electronics,[J].2025,13(5):6709-6718
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[4]
The Impact of Signal Delay and Power Surge on the Performance of Parity-Time Symmetric Wireless Powe,IEEE Transactions on Power Electronics,[J].2026,40(9):11836-11848
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[5]
Comprehensive Analysis of Negative Energy Feedback–Based Mistuning Correction Strategy in Wireless ,International Journal of Circuit Theory and Applications,[J].2026,1(1):1-11
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[6]
自主谐振型无线电能传输系统互感与负载的直流侧辨识策略及闭环控制,中国电工技术学报,[J].2026,1(1):1-13
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[7]
An Improved Coulomb Counting Approach Based on Numerical Iteration for SOC Estimation With Real-Time,IEEE ACCESS,
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[8]
Compound Voltage Clamped Class-E Converter With ZVS and Flexible Power Transfer for WPT System,IEEE Transactions on Power Electronics,
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[9]
A Clamped and Harmonic Injected Class-E Converter With ZVS and Reduced Voltage Stress Over Wide Rang,IEEE Transactions on Power Electronics,
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[10]
An Active Switched-Capacitor Half-Wave Receiver With High Efficiency and Reduced Components in WPT S,IEEE Transactions on Industrial Electronics,
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[11]
Self-adaptive Resonance Technology for Wireless Power Transfer Systems to Eliminate Impedance Mismat,IEEE Transactions on Power Electronics,2023,:1-14
