主要论著 [1]两自由度直驱感应电机电磁设计、特性分析及控制系统. 科学出版社，2022专著，第一； [2] 永磁直线同步电机建模、特性分析及推力控制. 中国矿业大学出版社，2014专著，第一； [3] 两自由度直驱实心感应电机理论及控制. 煤炭工业出版社，2014 专著，第一； [4]Jikai Si,Tianxiang Zhang,Rui Nie, Chun Gan, Yihua Hu. Comparative Study of Dual-Rotor Slotless Axial-Flux Permanent Magnet Machines with Equidirectional Toroidal and Conventional Concentrated Windings[J].IEEETransactions Industrial Electronics, doi: 10.1109/TIE.2022.3159956. (SCI). [5] Xie, Lujia; Si, Jikai*; Wu, Tsai-Fu; Hu, Yihua; Zhou, Jiafeng; Xu, Shuai; Analysis and SuppressionTechniques of Helical Motion Coupling Effect for the 2DoF Direct Drive Induction Machine, IEEE Transactions on Industrial Electronics,2022, 69(2)：1200-1210.(SCI). [6]Si, Jikai; Zhang, Tianxiang; Hu, Yihua; Gan, Chun; Li, Yingsheng; An Axial-Flux Dual-Rotor Slotless Permanent Magnet Motor with Novel Equidirectional Toroidal Winding, IEEE Transactions on EnergyConversion, 2022, 37(3): 1752-1763. (SCI). [7]Si, Jikai; Yan, Zuoguang; Nie, Rui; Li, Zhongwen; Hu, Yihua; Li, Yingsheng; Multi-objective Optimization of a Tubular Permanent Magnet Linear Generator with 120° Phase Belt Toroidal Windings Using Response Surface Method and Genetic Algorithm, IET Renewable Power Generation, 2022, 16(2)：352-361. (SCI). [8]Si, Jikai; Feng, Can; Nie, Rui; Hu, Yihua; Li, Yingsheng; A Novel High Torque Density Six-phase Axial-flux Permanent Magnet Synchronous Motor with 60°Phase-belt Toroidal Winding Configuration, IET Electric Power Applications, 2022, 16(1)：41-54. (SCI). [9] Yan, Zuoguang; Si, Jikai*; Li, Zhongwen; Gan, Chun; Hu, Yihua; Multi-objective Design Optimization of aTubular Permanent Magnet Linear Generator with 120° Phase Belt Toroidal Windings, IEEE Journal of Emerging and Selected Topics in Power Electronics, 2022, 10(1): 236-247.(SCI). [10] Gao, Caixia; Lv, Ke; Si, Jikai*; Feng, Haichao; Hu, Yihua; Research on Interturn Short-Circuit FaultIndicators for Direct-drive Permanent Magnet Synchronous Motor, IEEE Journal of Emerging and Selected Topics in Power Electronics, 2022, 10(2)：1902-1914. (SCI). [11] Yan, Zuoguang; Si, Jikai*; Nie, Rui;Cheng, Zhiping;Dong, Lianghui; Li, Zhongwen;Comparative Analysis of Tubular Permanent Magnet Linear Generator With Equidirectional Toroidal Windings and Conventional Toroidal Windings, IEEE Transactions on Industry Applications, 2022, 58(4)：4614-4624.(SCI). [12] Chengcheng Liu,Jikai Si,Wenbing Zhang,Yingsheng Li,Yihua Hu,Electromagnetic Characteristics Analysis in Double-Sided Permanent Magnet Linear Synchronous Motor with Asymmetrical Air-Gap,IEEJ Transactions on Electrical and Electronic Engineering, 2022,DOI10.1002/tee.23690, Early Access Article. (SCI). [13] Yanqi Wei,Jikai Si*,Yaofei Han,Yingsheng Li,Chun Gan, Comparative Analysis between Slotless Axial Flux Permanent Magnet Motor with Equidirectional Toroidal Winding and Integral-Slot Winding, IEEJ Transactions on Electrical and Electronic Engineering, 2022,DOI10.1002/tee.23689, Early Access Article. (SCI). [14] Si, Jikai; Yan, Zuoguang; Nie, Rui; Xu, Shuai; Gan, Chun; Cao, Wenping; Design and analysis of tubular permanent magnetic linear generator with 120 degrees phase belt toroidal windings, COMPEL: The International Journal for Computation and Mathematics in Electrical and Electronic Engineering. 2021, 40 (4)：783~801. (SCI). [15]Si, Jikai; Gao, Mengzhen; Yang, Xiangyu; Gao, Caixia; Feng, Haichao; Hu, Yihua; Feasibility analysis and optimization design of PMSM with 120 degrees phase belts toroidal windings for electric vehicles, IET Electric Power Applications, 2021, 15(9)：1161-1173. (SCI). [16]Wang, Peixin; Si, Jikai; Zhang, Guozhen; Cheng, Zhiping; Hu, Yihua; Multi-Objective OptimizationDesign and Analysis on 2DoF Direct Drive Induction Motor Rotary Part, IEEJ Transactions on Electrical andElectronic Engineering, 2021, 16(9)：1279-1285. (SCI). [17] Wei, Yanqi; Cheng, Zhiping; Si, Jikai*; Jin, Fuli; Gao, Caixia; Gan, Chun; Analysis of a direct-drivepermanent magnet synchronous generator with novel toroidal winding, IET Renewable Power Generation, 2021, 15(10)：2237-2245. (SCI). [18 ]Chen, Hao; Gao, Caixia; Si, Jikai; Nie, Yanjie; Hu, Yihua; A Novel Method for DiagnosingDemagnetization-Fault in PMSM Using Toroidal-Yoke-Type Search Coil, IEEE Transactions on Instrumentation and Measurement, 2022, 71(7501012)：1-12. (SCI). [19] Chai,Xiaobao; Si, Jikai*; Hu, Yihua; Li, Yingsheng; Wang, Dongshu; Characteristics Analysis ofDouble-Sided Permanent Magnet Linear Synchronous Motor with Three-Phase Toroidal Windings, Applied Computational Electromagnetics Society Journal, 2021, 36(8)：1099-1107. (SCI). [20] LujiaXie, Jikai Si*, Yihua Hu, Haichao Feng, and Kai Ni. CharacteristicsAnalysis of the Motions of the Two-Degree-of-Freedom Direct Drive InductionMotor [J]. IEEE Transactions on Industrial Electronics, 2020, 67(2): 931-941.(SCI). [21] Lv, Ke; Gao, Caixia; Si, Jikai; Feng, Haichao; Cao, Wenping; Fault coil location of inter-turnshort-circuit for direct-drive permanent magnet synchronous motor using knowledge graph, IET Electric Power Applications, 2020, 14(9)：1712-1721. (SCI). [22] Gao, Caixia; Lv, Ke; Si, Jikai*; Feng, Haichao; Gan, Chun; Novel modelling method based on windingsub-element of direct-drive permanent magnet synchronous motor, IET Electric Power Applications, 2020, 14(6)：1078-1088. (SCI). [23] Wei, Yanqi; Si, Jikai*; Cheng, Zhiping; Xu, Shuai; Dong, Lianghui; Liang, Jing; Design andcharacteristic analysis of a six-phase direct-drive permanent magnet synchronous motor with 60 degreesphase-belt toroidal winding configuration for electric vehicle, IET Electric Power Applications, 2020, 14(13)：2659-2666. (SCI). [24] Caixia Gao, KeLv, Jikai Si*, Zhiping Cheng, Chun Gan. Research onpower-angle characteristics of permanent magnet linear synchronous motor [J].IET Electric Power Applications, 2019, 13(8)：1177-1183.(SCI). [25] LujiaXie, Jikai Si*, Yihua Hu, and Haichao Feng. Helical Motion Analysis ofthe 2-Degree-of-Freedom Split-Stator Induction Motor [J]. IEEE Transactions Magnetics, 2019, 55(6)：1-5. (SCI). [26]Youquan Guo, Jikai Si*, Caixia Gao, Haichao Feng, and Chun Gan. ImprovedFuzzy-Based Taguchi Method for Multi-Objective Optimization of Direct-DrivePermanent Magnet Synchronous Motors [J]. IEEE Transactions onMagnetics, 2019, 55(6):1-4. (SCI). [27]LujiaXie, Jikai Si*, Yihua Hu, and Zheng Wang. Overview of2-Degree-of-Freedom Rotary-Linear Motors Focusing on Coupling Effect [J].IEEE Transactions on Magnetics,2019, 55(4):1-4, (SCI). [28] Feng, Haichao; Si, Jikai*; Wang, Peixin; Hua, Wei; Cheng, Zhiping; Li,Zhongwen;Dynamicmagnetic-coupling effect oftwo-degrees-of- freedom direct drive induction motor, IEEJ Transactions on Electrical and Electronic Engineering, 2019, 14(12)：1872-1878. (SCI). [29] Feng, Haichao; Cui, Xu; Si, Jikai*; Gao, Caixia; Gan, Chun; Equivalent Circuit Model of Novel Solid Rotor Induction Motor with Toroidal Winding, Journal of Magnetics, 2019, 24(4)：568-576. (SCI). [30] Feng, Haichao; Si, Jikai; Cheng, Zhiping; Gao, Caixia; Cao, Wenping; Rotary Coupling Magnetic FieldCharacteristics of a Two-Degree-of-Freedom Direct Drive Induction Motor, Applied Computational Electromagnetics Society Journal, 2019, 34(11)：1777-1787. (SCI). [31] Xie, Lujia; Feng, Haichao; Si, Jikai; Hu, Yihua; Ni, Kai; Equivalent Circuit Based Design of an Integrated 2DoF Machine for Submerged Drilling Systems, Journal of Magnetics, 2019, 24(1)：128-134. (SCI). [32] Peixin Wang, Jikai Si*, LujiaXie, Yihua Hu, and Yihua Hu. Analysis ofmagnetic-coupling effect on the performances of 2DoF direct-drive inductionmotors [J]. IET Electric Power Applications, 2018, 12(7): 946-952. (SCI). [33] Peixin Wang, Jikai Si*, Haichao Feng, Yihua Hu, and Wenping Cao. Mover designand characteristics analysis of 2DoFDDIM [J]. IET Electric Power Applications, 2018, 12(3): 373-378. (SCI). [34] Si, Jikai; Zhao, Suzhen; Feng, Haichao; Hu, Yihua; Cao, Wenping; Analysis of Temperature Field for aSurface-mounted and Interior Permanent Magnet Synchronous Motor Adopting Magnetic-thermal Coupling Method, CES Transactions on Electrical Machines and Systems, 2018, 2(1)：166-174. (EI). [35] Si, Jikai,Zhao, Suzhen, Feng, Haichao; Cao, Ruiwu, Hu, Yihua, Multi-Objective Optimization ofSurface-Mounted and Interior Permanent Magnet Synchronous Motor Based on Taguchi Method and Response Surface Method, Chinese Journal of Electrical Engineering, 2018, 4(1)：67-73.(EI) [36] Jikai Si, LujiaXie,Xiaozhuo Xu, Yifeng Zhu, and Wenping Cao. Staticcoupling effect of a two-degree-of-freedom direct drive induction motor [J]. IETElectric Power Applications, 2017, 11(4): 532-539.(SCI). [37] Jikai Si, LujiaXie, Wenping Cao, Yihua Hu, Haichao Feng.Performanceanalysis of the 2DoF direct drive induction motor applying compositemultilayer method [J]. IET Electric Power Applications, 2017, 11(4): 524-531. (SCI). [38] Jikai Si, Haichao Feng, Liwang Ai, Yihua Hu and Wenping Cao. Design andAnalysis of a 2-DOF Split-Stator Induction Motor [J]. IEEE Transactions onEnergy Conversion, 2015, 30(3):1200-1208. (SCI). [39] 聂瑞，司纪凯*，张国振，程志平，李忠文．海上风浪结合发电系统用两自由度发电机研究综述及展望．电力自动化设备. 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专利 [1]司纪凯，张天翔，魏彦企，陈延，聂瑞，王东署，辛建斌，李森，程志平，李忠文，冯灿.一种直插式槽导体可变磁极磁场调制复合电机[P]. CN202110658697.1,2021-06-15. (发明授权) [2]司纪凯，魏彦企，聂瑞，陈延，李森，程志平，李忠文，王东署，辛建斌，张天翔.一种多输出轴式独立调压变频电机[P]. CN202110663366.7, 2021-06-15. (发明授权) [3]高彩霞，司纪凯，徐帅，党建军，朱瑞卿，封海潮，艾立旺，朱利玲. 探测线圈[P].CN202010401343.4, 2020-05-13. (发明授权) [4]高彩霞，司纪凯，徐帅，高庆华，聂言杰，王欣，房琰，许孝卓，封海潮，朱利玲.永磁电机退磁故障综合诊断方法[P].CN202010455431.2, 2020-05-26. (发明授权) [5]魏彦企，闫文举，司纪凯，程志平，苏鹏，李应生，陈少峰，韩耀飞. 一种电动车用U型双定子结构开关磁阻电机[P].CN201910819153.1, 2019-08-31. (发明授权) [6]李应生，司纪凯，封海潮，吴伟，王红旗，许孝卓. 一种双定子直驱永磁电机及其并联机器人结构[P].ZL201610841030.4, 2018-11-13. (发明授权) [7]李应生，司纪凯，封海潮，许孝卓，张新良，王红旗. 一种用于并联机器人的永磁直驱电机及其并联机器人结构[P].ZL201610841093.X, 2018-11-13. (发明授权) [8]高彩霞，吕珂，封海潮，聂言杰，司纪凯，李应生，朱瑞卿，许胜军. 一种永磁同步电机退磁故障诊断方法[P].CN201811164889.1, 2018-10-07. (发明授权) [9]司纪凯，韩俊波，谢璐佳，张露锋，艾立旺，何松，许孝卓，封海潮. 一种两自由度直线感应电机控制方法[P]. ZL201510037347.8, 2017-03-15. (发明授权) [10]司纪凯，谢璐佳，张露锋，耿世瑜，封海潮，许孝卓，朱艺锋，张新良，冯高明，张展. 一种两自由度电机[P].ZL201510110614.X, 2017-03-15. (发明授权) [11]司纪凯，许宝玉，封海潮，上官璇峰，邵水军，许孝卓，司萌汪旭东. 一种无绕组端部螺旋运动感应电机[P].ZL201210042548.3, 2014-02-26. (发明授权) [12]司纪凯，李威，李应生，郑征，封海潮，高彩霞，海林鹏，许孝卓，许宝玉，汪旭东. 一种单相交流永磁直线盘式振荡电机[P].ZL201010549732.8, 2012-10-31. (发明授权) [13]司纪凯，封海潮，马星河，许孝卓，张丽梅，汪旭东，上官璇峰. 一种多自由度直线弧形电机[P].ZL201010030162.1, 2012-05-23. (发明授权) [14]司纪凯，魏彦企，李森，冯嫄嫄，陈延，聂瑞，王东署，彭金柱，辛健斌，王要强. 一种环形绕组轴向磁通电机定子冷却机构[P].CN202210320843.4, 2022-03-21. (发明实审中) [15]司纪凯，魏彦企，廖晓辉，聂瑞，梁静，李森，陈延，陈桂贤，彭金柱，王东署. 一种双转子轴向磁通电机装配工艺[P]. CN202210337492.8, 2022-03-31. (发明实审中) [16]司纪凯，李森，魏彦企，冯嫄嫄，陈延，聂瑞，陈桂贤，刘成成，张国振.一种剪刀式一体锡焊枪[P].CN202210020550.4, 2022-01-10. (发明实审中) [17]苏鹏，司纪凯，梁静，程志平，柴小宝，李应生，李忠文，王要强，于坤杰，封海潮，高彩霞. 定子永磁型绕组混合励磁两自由度电机[P]. CN202111495884.9, 2021-12-19. (发明实审中) [18]苏鹏，司纪凯，程志平，柴小宝，梁静，李应生，李忠文，王要强，魏彦企，高彩霞，封海潮. 定子永磁型环形绕组两自由度电机[P].CN202111467710.1, 2021-12-03. (发明实审中) [19]司纪凯，聂瑞，张国振，吕蒙琦，李森，李忠文，程志平，王要强. 一种两自由度双定子发电机实验台架[P].CN202111460826.2，2021-12-03. (发明实审中) [20]司纪凯，高彩霞，聂瑞，吕蒙琦，辛健斌，王东署，彭金柱，李森，魏彦企.实现永磁电机退磁永磁体定位的探测线圈的布置方法[P].CN202111244266.7, 2021-10-26. (发明实审中) [21]聂瑞，司纪凯，徐帅，严作光，张国振.一种基于两自由度发电机的新型风浪结合发电系统[P]. CN202110255836.6, 2021-03-09. (发明实审中) [22] 聂瑞，司纪凯，徐帅，张国振，严作光.一种两自由度双定子永磁发电机[P]. CN202110255856.3,2021-03-09. (发明实审中) [23]高彩霞，司纪凯，吕珂，封海潮，王书华，李应生，党建军，朱瑞卿，许孝卓.直驱永磁同步电机定子绕组故障状态数学模型建立方法[P]. CN201911002269.2, 2019-10-21. (发明实审中) [24]司纪凯，程志平，谢嘉琪，李忠文，董亮辉，高金峰，李应生，高彩霞，封海潮. 一种削弱齿槽转矩的永磁单定子双转子盘式电机[P].CN201910127884.X, 2019-02-21. (发明实审中) [25]司纪凯，邢冰磊，程志平，李应生，李忠文，封海潮，高彩霞，董亮辉. 一种双转子永磁同步电机转子固定结构[P].CN201910152003.X,2019-02-28. (发明实审中) [26]司纪凯，谢嘉琪，程志平，李应生，李忠文，封海潮，高彩霞，董亮辉. 一种削弱盘式永磁单定子双转子开槽电机齿槽转矩的方法[P].CN201910152002.5, 2019-02-28. (发明实审中) [27]司纪凯，程志平，邢冰磊，李忠文，高金峰，李应生，董亮辉，高彩霞，封海潮. 一种可变相双三相永磁电机定子环形绕组及其变相方法[P]. CN201910127883.5, 2019-02-21. (发明实审中) [28]司纪凯，靳富丽，程志平，李应生，李忠文，封海潮，高彩霞，董亮辉. 一种变极变相双转子轴向磁通环形绕组同步电机[P]. CN201910152106.6, 2019-02-28. (发明实审中) [29]程志平，靳富丽，司纪凯，李忠文，高金峰，李应生，董亮辉，高彩霞，封海潮. 一种转速比恒定双转子轴向磁通环形绕组永磁电机[P]. CN201910127785.1, 2019-02-21. (发明实审中) [30]李应生，司纪凯，封海潮，高彩霞，岳帅军，吕珂，刘群坡，司高杰. 一种密封式丝杆型线性模组[P].CN201820707496.X, 2018-05-14. (发明实审中) [31]司纪凯，高蒙真，时海燕，李应生，封海潮，刘群坡. 一种环形绕组双转子永磁同步电机[P].CN201710964915.8, 2017-10-17. (发明实审中) [32]司纪凯，高蒙真，时海燕，封海潮，李应生，王培欣，张展，许孝卓，刘群坡. 一种电机定子绕组的接线方法及永磁同步电机[P].CN201711027908.1, 2017-10-28. (发明实审中) [33]司纪凯，崔旭，李应生，时海燕，刘群坡，封海潮，许孝卓. 一种m相定子绕组开关磁阻电机及驱动方法、变极方法[P].CN201710966126.8, 2017-10-17. (发明实审中) [34]司纪凯，吴伟，司高杰，封海潮，李应生，岳帅军，刘群波，王红旗. 一种三自由度平面感应电机[P].CN201710515291.1, 2017-06-29. (发明实审中) [35]李应生，司纪凯，吴伟，封海潮，郭向伟，杨艺，张新良，刘群波，许孝卓. 一种永磁式往复推拉直驱装置及使用该直驱装置的电机[P]. CN201710712899.3, 2017-08-18. (发明实审中) |
