湖南大学电气工程专业导师介绍：许加柱

　　▶主要论文
　　期刊论文：
　　[1] Jiazhu Xu, Andreas Kubis, Ke Zhou,Zhijun Ye, Longfu Luo. Electromagnetic Field and Thermal Distribution Optimisation in Shell-type Traction Transformer，IET Eletric Power Applications, 7(8), pp627-632，2013.
　　[2] Jiazhu Xu, Longfu Luo, Yong Li, Christian Rehtanz, Zhiwen Zhang, Fusheng Liu. Operating Characteristics of a New Filter Commuated Converter Based on Equivalent Graetz Bridge Circuit Model，IET Power Electronics, 4(9), pp959-967，2011.
　　[3] 许加柱，梁湘湘，姚新丽，廖闻迪. 基于等效单匝电感矩阵的多绕组变压器复合短路阻抗及多并联绕组间环流求解方法，中国电机工程学报，31(34), pp135-141, 2011.
　　[4] 许加柱，罗隆福，李季，赵志宇，邵鹏飞. 交流系统故障对滤波换相换流器的影响分析，电工技术学报，25(1), pp144-150, 2010.
　　[5] 许加柱，李晓芳，黄际元，姚新丽，向博，廖闻迪. 低压配电网智能监测与控制终端软硬件设计，电工电能新技术，31(4)，pp79-81，2012.
　　[6] 许加柱，庞丽忠，张志文，罗隆福，曾进辉，曹志煌，周冠东. 多谐波源用户的谐波责任分摊的定量分析，电力自动化设备，32(12), pp38-42，2012.
　　[7] 许加柱，白俊锋，罗隆福，李勇.FCC-HVDC换流变压器三相差动保护仿真研究，电力系统保护与控制，39(20), pp115-119,2011.
　　[8] 许加柱，白俊锋，罗隆福，张志文，刘福生. 谐波屏蔽变压器的谐波等效模型及其阻抗灵敏度分析，高电压技术，36(8), pp2081-2087, 2010.
　　[9] 许加柱，白俊锋，赵志宇，罗隆福，李建英. 一种改进型Vv牵引变压器及其牵引供电系统仿真研究，高压电器，46(8), pp43-47,  2010.
　　[10] 许加柱，罗隆福，白俊锋，张志文，刘福生.兼顾换相电抗和谐波抑制要求的新型换流变压器的阻抗优化，湖南大学学报(自然科学版)，37(4), pp41-46, 2010.
　　会议论文:
　　[1] Fangcai Jiang, JiazhuXu. The Differential Protection and Setting Calculation of the New-type Converter Transformer, Power and Energy Engineering Conference (APPEEC), 27-29 March, pp1-4, Shanghai China, 2012.
　　[2] Jiazhu Xu, Longfu Luo, Junfeng Bai, Yong Li, Xiaofang Li, Christian Rehtanz, Dechang Yang, Ulf Haeger. Comparative Study of Single-Phase Earth Fault Responses of FCC-HVDC and LCC-HVDC. 2010 9th International Conference on Environment and Electrical Engineering(EEEIC), 16-19 May, pp190-193, Prague, Czech Republic,  2010.
　　[3] Jiazhu Xu, Junfeng Bai, Longfu Luo, Yong Li, Christian Rehtanz. Research on Suppression of Harmonic Instability Adopting Even Harmonic Filters in FCC-HVDC, International Conference on Power System Technology, 24-28 October, pp1-4, Hangzhou China, 2010.
　　[4] Junfeng Bai, Jiazhu Xu, Longfu Luo. Characteristics of power transmission and dynamic recovery of FCC-HVDC with different SCR, International Conference on Power System Technology, 24-28 October, pp1-6, Hangzhou China, 2010.