吴细秀
2005年毕业于华中科技大学电气院，获博士位。长期从事开关器、高压与绝年毕业于华中科技大学电气院，获博士位。长期从事开关器、高压与绝年毕业于华中科技大学电气院，获博士位。长期从事开关器、高压与绝年毕业于华中科技大学电气院，获博士位。长期从事开关器、高压与绝年毕业于华中科技大学电气院，获博士位。长期从事开关器、高压与绝年毕业于华中科技大学电气院，获博士位。长期从事开关器、高压与绝年毕业于华中科技大学电气院，获博士位。长期从事开关器、高压与绝年毕业于华中科技大学电气院，获博士位。长期从事开关器、高压与绝年毕业于华中科技大学电气院，获博士位。长期从事开关器、高压与绝年毕业于华中科技大学电气院，获博士位。长期从事开关器、高压与绝年毕业于华中科技大学电气院，获博士位。长期从事开关器、高压与绝年毕业于华中科技大学电气院，获博士位。长期从事开关器、高压与绝年毕业于华中科技大学电气院，获博士位。长期从事开关器、高压与绝年毕业于华中科技大学电气院，获博士位。长期从事开关器、高压与绝年毕业于华中科技大学电气院，获博士位。长期从事开关器、高压与绝年毕业于华中科技大学电气院，获博士位。长期从事开关器、高压与绝年毕业于华中科技大学电气院，获博士位。长期从事开关器、高压与绝缘方面的工作。主讲缘方面的工作。主讲缘方面的工作。主讲缘方面的工作。主讲缘方面的工作。主讲缘方面的工作。主讲 “电力系统继保护电力系统继保护电力系统继保护电力系统继保护电力系统继保护”、“高电压技术高电压技术高电压技术高电压技术”等本科课程；等本科课程；等本科课程；等本科课程；“交流电机理论交流电机理论交流电机理论交流电机理论”、“电力电子磁兼容力电子磁兼容力电子磁兼容”等研究生课程。等研究生课程。等研究生课程。等研究生课程。主持科研项目十余，发表论文主持科研项目十余，发表论文主持科研项目十余，发表论文主持科研项目十余，发表论文主持科研项目十余，发表论文主持科研项目十余，发表论文主持科研项目十余，发表论文20多篇，申请专利一项。多篇，申请专利一项。多篇，申请专利一项。多篇，申请专利一项。多篇，申请专利一项。多篇，申请专利一项。
联系方式：方式：电话 13554397641135543976411355439764113554397641 E-mailmailmail：wuxixiu@163.comwuxixiu@163.comwuxixiu@163.comwuxixiu@163.comwuxixiu@163.com
1) 工作经历:
2013/09 2013/09 –至今， 武汉理工大学自动化院武汉理工大学自动化院 副教授
2012/092012/09-2013/09 2013/09 2013/09 2013/09 英国利物浦大学英国利物浦大学 访问学者
2005/122005/12–2013/08，武汉理工大学自动化院 副教授副教授
2000/092000/09-2005/11 2005/11 2005/11 2005/11 2005/11 2005/11 华中科技大学硕博连读华中科技大学硕博连读 获博士学位获博士学位
2) 2) 研究方向
高电压与绝缘、智能电器能电器、 电气设备的磁兼容电气设备的磁兼容
3) 3) 主持的科研项目
[1] 国家自然科学基金：电弧放电的物理过程对GIS 隔离开关操作电磁暂态特性的影响研究。 2012.01-2014.12
[2] 强电磁工程与新技术国家重点实验室(华中科技大学) 开放基金：GIS 隔离开关操作电磁暂态对电子式互感器电磁干扰机理的研究。2014
[3] 高校基本科研业务费专项资金资助项目：GIS 壳体暂态地电位升高 TGPR/TEV 对电子式互感器电磁干扰机理的研究。2014
[4] 具有无线通讯功能的变电站母排温升测量系统的设计2014
[5] EVTEVT等电位屏蔽结构的场仿真等电位屏蔽结构的场仿真等电位屏蔽结构的场仿真等电位屏蔽结构的场仿真等电位屏蔽结构的场仿真等电位屏蔽结构的场仿真20132013-2014
[6] 35kV35kV及以下智能断路器研发平台的建设及以下智能断路器研发平台的建设及以下智能断路器研发平台的建设及以下智能断路器研发平台的建设及以下智能断路器研发平台的建设及以下智能断路器研发平台的建设及以下智能断路器研发平台的建设及以下智能断路器研发平台的建设 20132013-2014
[7] 电阻器智能监测装置的开发2011.3-2012.6
[8] TPETPE级ECTECT暂态合成回路电磁场与温度的仿真计算暂态合成回路电磁场与温度的仿真计算暂态合成回路电磁场与温度的仿真计算暂态合成回路电磁场与温度的仿真计算暂态合成回路电磁场与温度的仿真计算暂态合成回路电磁场与温度的仿真计算暂态合成回路电磁场与温度的仿真计算暂态合成回路电磁场与温度的仿真计算暂态合成回路电磁场与温度的仿真计算:2012:2012-2013
[9] 光纤电力互感器性能分析光纤电力互感器性能分析光纤电力互感器性能分析光纤电力互感器性能分析光纤电力互感器性能分析光纤电力互感器性能分析2012-2013
[10] 高校基本科研业务费专项资金资助项目：具有多次重燃特性的GIS的隔离开关操作电弧模型研究；2011-2012
[11] 10kVCT误差特性在线校验传感器的研制。2009.9-2010.9
[12] 中压电力推进系统柴油发电机组及推进变压器暂态过程仿真分析计算.2011.11-2012.8
4)近5年发表的发表的学术论文学术论文：
[1] Wuxixiuuxixiuuxixiu, Li zhen Biao. Investigate on the Simulation of Black, Li zhen Biao. Investigate on the Simulation of Black, Li zhen Biao. Investigate on the Simulation of Black, Li zhen Biao. Investigate on the Simulation of Black, Li zhen Biao. Investigate on the Simulation of Black, Li zhen Biao. Investigate on the Simulation of Black, Li zhen Biao. Investigate on the Simulation of Black, Li zhen Biao. Investigate on the Simulation of Black, Li zhen Biao. Investigate on the Simulation of Black, Li zhen Biao. Investigate on the Simulation of Black, Li zhen Biao. Investigate on the Simulation of Black, Li zhen Biao. Investigate on the Simulation of Black, Li zhen Biao. Investigate on the Simulation of Black, Li zhen Biao. Investigate on the Simulation of Black, Li zhen Biao. Investigate on the Simulation of Black, Li zhen Biao. Investigate on the Simulation of Black, Li zhen Biao. Investigate on the Simulation of Black, Li zhen Biao. Investigate on the Simulation of Black, Li zhen Biao. Investigate on the Simulation of Black, Li zhen Biao. Investigate on the Simulation of Black, Li zhen Biao. Investigate on the Simulation of Black, Li zhen Biao. Investigate on the Simulation of Black, Li zhen Biao. Investigate on the Simulation of Black, Li zhen Biao. Investigate on the Simulation of Black, Li zhen Biao. Investigate on the Simulation of Black, Li zhen Biao. Investigate on the Simulation of Black, Li zhen Biao. Investigate on the Simulation of Black, Li zhen Biao. Investigate on the Simulation of Black, Li zhen Biao. Investigate on the Simulation of Black, Li zhen Biao. Investigate on the Simulation of Black-box Arc Model. 1st box Arc Model. 1st box Arc Model. 1st box Arc Model. 1st box Arc Model. 1st box Arc Model. 1st box Arc Model. 1st box Arc Model. 1st box Arc Model. 1st box Arc Model. 1st box Arc Model. 1st box Arc Model. 1st international conference on electric power equipment international conference on electric power equipment international conference on electric power equipment international conference on electric power equipment international conference on electric power equipment international conference on electric power equipment international conference on electric power equipment international conference on electric power equipment international conference on electric power equipment international conference on electric power equipment international conference on electric power equipment international conference on electric power equipment international conference on electric power equipment international conference on electric power equipment international conference on electric power equipment international conference on electric power equipment international conference on electric power equipment international conference on electric power equipment international conference on electric power equipment international conference on electric power equipment international conference on electric power equipment international conference on electric power equipment international conference on electric power equipment -Switching technology. Switching technology. Switching technology. Switching technology. Switching technology. Switching technology. Switching technology. Switching technology. Switching technology. Switching technology. 2011.10.232011.10.232011.10.23-2011.10.27,China. 2011.10.27,China. 2011.10.27,China. 2011.10.27,China. 2011.10.27,China. 2011.10.27,China. 2011.10.27,China.
[2] Deng Lei, Wu Deng Lei, Wu Deng Lei, Wu Deng Lei, Wu Deng Lei, Wu Deng Lei, Wu Deng Lei, Wu XixiuXixiuXixiuXixiuResearch on the inductance computing of complicated coil by 3D Research on the inductance computing of complicated coil by 3D Research on the inductance computing of complicated coil by 3D Research on the inductance computing of complicated coil by 3D Research on the inductance computing of complicated coil by 3D Research on the inductance computing of complicated coil by 3D Research on the inductance computing of complicated coil by 3D Research on the inductance computing of complicated coil by 3D Research on the inductance computing of complicated coil by 3D Research on the inductance computing of complicated coil by 3D Research on the inductance computing of complicated coil by 3D Research on the inductance computing of complicated coil by 3D Research on the inductance computing of complicated coil by 3D Research on the inductance computing of complicated coil by 3D Research on the inductance computing of complicated coil by 3D Research on the inductance computing of complicated coil by 3D Research on the inductance computing of complicated coil by 3D Research on the inductance computing of complicated coil by 3D Research on the inductance computing of complicated coil by 3D Research on the inductance computing of complicated coil by 3D Research on the inductance computing of complicated coil by 3D Research on the inductance computing of complicated coil by 3D Research on the inductance computing of complicated coil by 3D Research on the inductance computing of complicated coil by 3D Research on the inductance computing of complicated coil by 3D Research on the inductance computing of complicated coil by 3D Research on the inductance computing of complicated coil by 3D Research on the inductance computing of complicated coil by 3D Research on the inductance computing of complicated coil by 3D FEM. The 3rd international conference on electrical and control engineering (ICECE 2013) FEM. The 3rd international conference on electrical and control engineering (ICECE 2013) FEM. The 3rd international conference on electrical and control engineering (ICECE 2013) FEM. The 3rd international conference on electrical and control engineering (ICECE 2013) FEM. The 3rd international conference on electrical and control engineering (ICECE 2013) FEM. The 3rd international conference on electrical and control engineering (ICECE 2013) FEM. The 3rd international conference on electrical and control engineering (ICECE 2013) FEM. The 3rd international conference on electrical and control engineering (ICECE 2013) FEM. The 3rd international conference on electrical and control engineering (ICECE 2013) FEM. The 3rd international conference on electrical and control engineering (ICECE 2013) FEM. The 3rd international conference on electrical and control engineering (ICECE 2013) FEM. The 3rd international conference on electrical and control engineering (ICECE 2013) FEM. The 3rd international conference on electrical and control engineering (ICECE 2013) FEM. The 3rd international conference on electrical and control engineering (ICECE 2013) FEM. The 3rd international conference on electrical and control engineering (ICECE 2013) FEM. The 3rd international conference on electrical and control engineering (ICECE 2013) FEM. The 3rd international conference on electrical and control engineering (ICECE 2013) FEM. The 3rd international conference on electrical and control engineering (ICECE 2013) FEM. The 3rd international conference on electrical and control engineering (ICECE 2013) FEM. The 3rd international conference on electrical and control engineering (ICECE 2013) FEM. The 3rd international conference on electrical and control engineering (ICECE 2013) FEM. The 3rd international conference on electrical and control engineering (ICECE 2013) FEM. The 3rd international conference on electrical and control engineering (ICECE 2013) FEM. The 3rd international conference on electrical and control engineering (ICECE 2013) FEM. The 3rd international conference on electrical and control engineering (ICECE 2013) FEM. The 3rd international conference on electrical and control engineering (ICECE 2013) FEM. The 3rd international conference on electrical and control engineering (ICECE 2013) FEM. The 3rd international conference on electrical and control engineering (ICECE 2013) FEM. The 3rd international conference on electrical and control engineering (ICECE 2013) FEM. The 3rd international conference on electrical and control engineering (ICECE 2013) FEM. The 3rd international conference on electrical and control engineering (ICECE 2013) FEM. The 3rd international conference on electrical and control engineering (ICECE 2013) FEM. The 3rd international conference on electrical and control engineering (ICECE 2013) FEM. The 3rd international conference on electrical and control engineering (ICECE 2013) 2013
[3] Yan Ge. Wu Xixiu. Yan Ge. Wu Xixiu. Yan Ge. Wu Xixiu. Yan Ge. Wu Xixiu. Yan Ge. Wu Xixiu. Yan Ge. Wu Xixiu. Yan Ge. Wu Xixiu. Yan Ge. Wu Xixiu. Yan Ge. Wu Xixiu. Yan Ge. Wu Xixiu. Yan Ge. Wu Xixiu. 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in ANSYS .The 3rd international agnetic Latching Relay Used by 2D FEM in ANSYS .The 3rd international agnetic Latching Relay Used by 2D FEM in ANSYS .The 3rd international agnetic Latching Relay Used by 2D FEM in ANSYS .The 3rd international conference on electrical and control engineering (ICECE 2013). 2013conference on electrical and control engineering (ICECE 2013). 2013conference on electrical and control engineering (ICECE 2013). 2013conference on electrical and control engineering (ICECE 2013). 2013conference on electrical and control engineering (ICECE 2013). 2013conference on electrical and control engineering (ICECE 2013). 2013conference on electrical and control engineering (ICECE 2013). 2013conference on electrical and control engineering (ICECE 2013). 2013conference on electrical and control engineering (ICECE 2013). 2013conference on electrical and control engineering (ICECE 2013). 2013conference on electrical and control engineering (ICECE 2013). 2013conference on 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[4] Zheng Mengdi, Wu Xixiu. Zheng Mengdi, Wu Xixiu. Zheng Mengdi, Wu Xixiu. Zheng Mengdi, Wu Xixiu. Zheng Mengdi, Wu Xixiu. Zheng Mengdi, Wu Xixiu. Zheng Mengdi, Wu Xixiu. Zheng Mengdi, Wu Xixiu. Zheng Mengdi, Wu Xixiu. Zheng Mengdi, Wu Xixiu. Zheng Mengdi, Wu Xixiu. Zheng Mengdi, Wu Xixiu. Zheng Mengdi, Wu Xixiu. Application of PID Control Based on BPApplication of PID Control Based on BPApplication of PID Control Based on BPApplication of PID Control Based on BPApplication of PID Control Based on BPApplication of PID Control Based on BPApplication of PID Control Based on BPApplication of PID Control Based on BPApplication of PID Control Based on BPApplication of PID Control Based on BPApplication of PID Control Based on BPApplication of PID Control Based on BPApplication of PID Control Based on BPApplication of PID Control Based on BPApplication of PID Control Based on BPApplication of PID Control Based on BPApplication of PID Control Based on BPApplication of PID Control Based on BPApplication of PID Control Based on BPApplication of PID Control Based on BPApplication of PID Control Based on BPApplication of PID Control Based on BPApplication of PID Control Based on BPApplication of PID Control Based on BP-NN for Marine NN for Marine NN for Marine NN for Marine NN for Marine NN for Marine NN for Marine NN for Marine NN for Marine NN for Marine Generator Excitation System. Generator Excitation System. Generator Excitation System. Generator Excitation System. Generator Excitation System. Generator Excitation System. Generator Excitation System. Generator Excitation System. Generator Excitation System. Generator Excitation System. Generator Excitation System. Generator Excitation System. Generator Excitation System. Generator Excitation System. 2nd Power Engineering and Automation Conference2nd Power Engineering and Automation Conference2nd Power Engineering and Automation Conference2nd Power Engineering and Automation Conference2nd Power Engineering and Automation Conference2nd Power Engineering and Automation Conference2nd Power Engineering and Automation Conference2nd Power Engineering and Automation Conference2nd Power Engineering and Automation Conference2nd Power Engineering and Automation Conference2nd Power Engineering and Automation Conference2nd Power Engineering and Automation Conference2nd Power Engineering and Automation Conference2nd Power Engineering and Automation Conference2nd Power Engineering and Automation Conference2nd Power Engineering and Automation Conference2nd Power Engineering and Automation Conference2nd Power Engineering and Automation Conference2nd Power Engineering and Automation Conference2nd Power Engineering and Automation Conference. 2012. 2012
[5] 闫格，吴细秀田芸闫格，吴细秀田芸闫格，吴细秀田芸闫格，吴细秀田芸. 开关电弧放磁暂态干扰研究综述开关电弧放磁暂态干扰研究综述开关电弧放磁暂态干扰研究综述开关电弧放磁暂态干扰研究综述开关电弧放磁暂态干扰研究综述开关电弧放磁暂态干扰研究综述开关电弧放磁暂态干扰研究综述开关电弧放磁暂态干扰研究综述.高压电器高压电器 2014
[6] 王琢，吴细秀王琢，吴细秀王琢，吴细秀 基于DS24382438的电池剩余量监测系统实现的电池剩余量监测系统实现的电池剩余量监测系统实现的电池剩余量监测系统实现的电池剩余量监测系统实现的电池剩余量监测系统实现的电池剩余量监测系统实现 微型机与应用微型机与应用微型机与应用. 2012. 2012. 2012
[7] 田芸，吴细秀张欢田芸，吴细秀张欢田芸，吴细秀张欢田芸，吴细秀张欢田芸，吴细秀张欢田芸，吴细秀张欢田芸，吴细秀张欢田芸，吴细秀张欢田芸，吴细秀张欢. VFTO. VFTO. VFTO. VFTO. VFTO计算中隔离开关燃弧模型研究. 高压电器，20132013，49(5):10649(5):10649(5):10649(5):106-113 113
[8] 魏梅芳，吴细秀阳靖魏梅芳，吴细秀阳靖魏梅芳，吴细秀阳靖魏梅芳，吴细秀阳靖魏梅芳，吴细秀阳靖魏梅芳，吴细秀阳靖魏梅芳，吴细秀阳靖魏梅芳，吴细秀阳靖魏梅芳，吴细秀阳靖魏梅芳，吴细秀阳靖. 基于matlabmatlabmatlabmatlab的继电器磁干扰数学模型研究的继电器磁干扰数学模型研究的继电器磁干扰数学模型研究的继电器磁干扰数学模型研究的继电器磁干扰数学模型研究的继电器磁干扰数学模型研究的继电器磁干扰数学模型研究的继电器磁干扰数学模型研究的继电器磁干扰数学模型研究的继电器磁干扰数学模型研究的继电器磁干扰数学模型研究的继电器磁干扰数学模型研究的继电器磁干扰数学模型研究的继电器磁干扰数学模型研究.低压电器，低压电器，低压电器，低压电器，低压电器，2011,21:52011,21:52011,21:52011,21:5-9
[9] Wu xixiuu xixiuu xixiuu xixiu. Li Zhenbiao. Investigate on sputter mechanism of contact material for power . Li Zhenbiao. Investigate on sputter mechanism of contact material for power . Li Zhenbiao. Investigate on sputter mechanism of contact material for power . Li Zhenbiao. Investigate on sputter mechanism of contact material for power . Li Zhenbiao. Investigate on sputter mechanism of contact material for power . Li Zhenbiao. Investigate on sputter mechanism of contact material for power . Li Zhenbiao. Investigate on sputter mechanism of contact material for power . Li Zhenbiao. Investigate on sputter mechanism of contact material for power . Li Zhenbiao. Investigate on sputter mechanism of contact material for power . Li Zhenbiao. Investigate on sputter mechanism of contact material for power . Li Zhenbiao. Investigate on sputter mechanism of contact material for power . Li Zhenbiao. Investigate on sputter mechanism of contact material for power . Li Zhenbiao. Investigate on sputter mechanism of contact material for power . Li Zhenbiao. Investigate on sputter mechanism of contact material for power . Li Zhenbiao. Investigate on sputter mechanism of contact material for power . Li Zhenbiao. Investigate on sputter mechanism of contact material for power . Li Zhenbiao. Investigate on sputter mechanism of contact material for power . Li Zhenbiao. Investigate on sputter mechanism of contact material for power . Li Zhenbiao. Investigate on sputter mechanism of contact material for power . Li Zhenbiao. Investigate on sputter mechanism of contact material for power . Li Zhenbiao. Investigate on sputter mechanism of contact material for power . Li Zhenbiao. Investigate on sputter mechanism of contact material for power . Li Zhenbiao. Investigate on sputter mechanism of contact material for power . Li Zhenbiao. Investigate on sputter mechanism of contact material for power . Li Zhenbiao. Investigate on sputter mechanism of contact material for power . Li Zhenbiao. Investigate on sputter mechanism of contact material for power . Li Zhenbiao. Investigate on sputter mechanism of contact material for power . Li Zhenbiao. Investigate on sputter mechanism of contact material for power . Li Zhenbiao. Investigate on sputter mechanism of contact material for power . Li Zhenbiao. Investigate on sputter mechanism of contact material for power . Li Zhenbiao. Investigate on sputter mechanism of contact material for power . Li Zhenbiao. Investigate on sputter mechanism of contact material for power . Li Zhenbiao. Investigate on sputter mechanism of contact material for power . Li Zhenbiao. Investigate on sputter mechanism of contact material for power . Li Zhenbiao. Investigate on sputter mechanism of contact material for power . Li Zhenbiao. Investigate on sputter mechanism of contact material for power . Li Zhenbiao. Investigate on sputter mechanism of contact material for power . Li Zhenbiao. Investigate on sputter mechanism of contact material for power . Li Zhenbiao. Investigate on sputter mechanism of contact material for power . Li Zhenbiao. Investigate on sputter mechanism of contact material for power . Li Zhenbiao. Investigate on sputter mechanism of contact material for power . Li Zhenbiao. Investigate on sputter mechanism of contact material for power switch. The XVI internationaswitch. The XVI internationaswitch. The XVI internationaswitch. The XVI internationaswitch. The XVI internationaswitch. The XVI internationaswitch. The XVI internationaswitch. The XVI internationaswitch. The XVI internationaswitch. The XVI internationaswitch. The XVI internationaswitch. The XVI internationaswitch. The XVI internationaswitch. The XVI internationaswitch. The XVI internationaswitch. The XVI international conference on gas discharge and their applications,2006, l conference on gas discharge and their applications,2006, l conference on gas discharge and their applications,2006, l conference on gas discharge and their applications,2006, l conference on gas discharge and their applications,2006, l conference on gas discharge and their applications,2006, l conference on gas discharge and their applications,2006, l conference on gas discharge and their applications,2006, l conference on gas discharge and their applications,2006, l conference on gas discharge and their applications,2006, l conference on gas discharge and their applications,2006, l conference on gas discharge and their applications,2006, l conference on gas discharge and their applications,2006, l conference on gas discharge and their applications,2006, l conference on gas discharge and their applications,2006, l conference on gas discharge and their applications,2006, l conference on gas discharge and their applications,2006, l conference on gas discharge and their applications,2006, l conference on gas discharge and their applications,2006, l conference on gas discharge and their applications,2006, l conference on gas discharge and their applications,2006, l conference on gas discharge and their applications,2006, l conference on gas discharge and their applications,2006, l conference on gas discharge and their applications,2006, l conference on gas discharge and their applications,2006, 153-156
[10] 吴细秀.直流继电器弧磁辐射模型初探直流继电器弧磁辐射模型初探直流继电器弧磁辐射模型初探直流继电器弧磁辐射模型初探直流继电器弧磁辐射模型初探直流继电器弧磁辐射模型初探直流继电器弧磁辐射模型初探直流继电器弧磁辐射模型初探. 低压电器，低压电器，低压电器，2010,14:102010,14:102010,14:102010,14:10-14
[11] 吴细秀，王晓琪吴士普，王晓琪吴士普，王晓琪吴士普，王晓琪吴士普，王晓琪吴士普，王晓琪吴士普.开关操作电磁暂态研究概述开关操作电磁暂态研究概述开关操作电磁暂态研究概述开关操作电磁暂态研究概述开关操作电磁暂态研究概述开关操作电磁暂态研究概述,2009,2009年中国电机工程学会高年中国电机工程学会高年中国电机工程学会高年中国电机工程学会高年中国电机工程学会高年中国电机工程学会高压专业委员会年压专业委员会年压专业委员会年压专业委员会年, 2009, 2009，732-740
[12] 魏梅芳，魏梅芳，吴细秀 基于MatlabMatlabMatlabMatlab的继电器磁干扰数学模型研究的继电器磁干扰数学模型研究的继电器磁干扰数学模型研究的继电器磁干扰数学模型研究的继电器磁干扰数学模型研究的继电器磁干扰数学模型研究的继电器磁干扰数学模型研究.低压电器，低压电器，低压电器，2011,21:52011,21:52011,21:52011,21:52011,21:5-8
专利：
中性点接地电阻故障监测报警装置中性点接地电阻故障监测报警装置中性点接地电阻故障监测报警装置中性点接地电阻故障监测报警装置中性点接地电阻故障监测报警装置中性点接地电阻故障监测报警装置中性点接地电阻故障监测报警装置 专利号201220241487201220241487201220241487