[1] 白龙雷, 孙良顺, 罗博, 马智勇, 邹亮, 游江*. 基于原边监测的水下WPT系统参数识别技术研究[J]. 中国电机工程学报, 2024. (已录用)
[2] 白龙雷，范道平，罗博，游江，马泽军，李靖德，邹亮. 基于混合调制的海底直流电缆故障定位方法研究[J]. 中国电机工程学报, 2024. (已录用)
[1] L.L. Bai, M.W. Su, L.S. Sun, S.G. Fan, S. Xun, M.J. Huang and H. Peng*. Mechanism characterization and nondestructive inspection method of thermal degradation faults in EPDM cable termination[J], IEEE Transactions on Instrumentation and Measurement, 2022. (Accepted, SCI, Q1)
[2] L.L. Bai, D.P. Fan, T.H. Li, B. Li, M.W. Su, S.G. Fan and L.Z. Zhang*. Influence of surface discharge on the deterioration characteristics of EPR cable insulation under AC high-voltage[J], IET Science, Measurement & Technology, 2022. (Accepted, SCI, Q3)
[3] Longlei Bai, Lijun Zhou*, Lini Li, Yuanhu Chen, Yuxuan Che, Yang Yu, Lei Guo. “Partial discharge of cable termination on electric multiple unit of China high-speed railway below zero-degree centigrade”, IET Science, Measurement & Technology, vol. 13, no. 6, pp. 912-921, June 2019. (中科院最新升级版3区; JCR分区Q3; WOS: 000478813100016,AN: 20193007238601) |
| [4] Lijun Zhou*, Longlei Bai, Jingkang Zhang, Weidong Cao and Enxin Xiang. “Measurement and Diagnosis of PD Characteristics of Industrial Cable Terminations in Extreme Cold Environment”, IEEE Transactions on Instrumentation and Measurement, (中科院最新升级版2区; JCR分区Q1; Early Access, DOI: 10.1109/TIM.2020.3022157) |
| [5] Lei Guo, Weidong Cao, Longlei Bai, Jingkang Zhang, Limeng Xing, Enxin Xiang and Lijun Zhou*. “Fault Diagnosis Based on Multi-scale Texture Features of Cable Terminal on EMU of High-speed Railway”, IEEE Transactions on Instrumentation and Measurement, (中科院最新升级版2区; JCR分区Q1, Early Access, DOI:10.1109/TIM.2020.3025375) |
| [6] Lijun Zhou*, Longlei Bai, Jingkang Zhang, Han Yang, Shengwei Quan and Enxin Xiang. “Influences of low temperature on internal gas-filled cavity discharges in EPR cable termination and its feature factors analysis”, IET Science, Measurement & Technology, vol. 14, no. 10, pp. 886-892, December 2020.(中科院最新升级版3区; JCR分区Q3, DOI:10.1049/iet-smt.2020.0140) |
| [7]白龙雷,周利军*,邢立勐,李丽妮,项恩新. 高寒环境下低温对EPR电缆终端界面放电特性的影响研究[J], 电工技术学报, 2020, 35(3): 646-658. (EI, AN: 20201808586930) |
| [8]白龙雷,周利军*,曹伟东,车雨轩,邢立勐,李丽妮. –40℃条件下EPR电缆终端气隙放电发展特性[J], 高电压技术，2020, 46(10):3605-3614. (EI, AN: 20204709501568) |
[9]白龙雷,周利军*,刘聪,穆强,权圣威,郭蕾. 交流电压下沿面放电对车载电缆材料劣化特性影响研究[J], 铁道学报，2021,43(5):63-71. (EI)
[10]周利军*,刘源,白龙雷,朱少波,王伟敏,项恩新. 高寒地区车载柔性电缆终端的局部放电特性与破坏机理[J], 高电压技术，2019，45(1)：189-195. (EI)
[11]周利军*,朱少波,白龙雷,刘源,朱琳,郭蕾. 低温下应力管界面对车载电缆终端局部放电的影响[J], 高电压技术，2019，45(4)：1266-1273. (EI)
[12]周利军*,邢立勐,白龙雷,曹伟东,项恩新,梁大伟,郭蕾. 基于放电特性的动车组乙丙橡胶电缆绝缘老化表征参量及灵敏性研究[J], 中国铁道科学, 2020, 41(3):120-128. (EI)
[13]周利军*,邢立勐,杨涵, 白龙雷,项恩新. EPR电缆终端不同位置下环切缺陷的电场及放电PSA谱图特性[J], 高电压技术. (网络发表) (EI)
[14]周利军*,邢立勐,白龙雷,杨涵,权圣威,等. 基于多元非线性回归模型的XLPE电缆终端环形损伤故障特征[J], 高电压技术, 2020. (已录用，未发表) (EI)
[15]郭蕾,朱琳,白龙雷,朱少波,刘源,周利军*. 高寒车载柔性电缆终端放电通道延伸与击穿过程的研究[J], 铁道学报，2020, 42(4):59-65. (EI) |
