论文:
[1]Enhancing energy materials with data-driven methods: A roadmap to long-term hydrogen energy sustainability using machine learning.[J] International Journal of Hydrogen Energy. 2025(SCI)
[2]Bridging the gap between attitudes and behaviors in energy saving: An AI feedback perspective.[J] Sustainable Futures. 2025(SCI)
[3]Research on comprehensive evaluation and early warning of transmission line operation status based on dynamic cloud computing.[J] Sensors. 2023(SCI)
[4]Fault Identification Technology of 66 kV Transmission Lines Based on Fault Feature Matrix and IPSO-WNN.[J] Applied Sciences. 2023 (SCI)
[5]Design and preparation of high-transmittance broadband antireflection coatings with tailored refractive indices deposited by PECVD.[J] Vacuum. 2022(SCI)
[6]Novel Monocular Vision Technique for the Detection of Electric Transmission Tower Tilting Trend.[J] Applied Sciences. 2022 (SCI)
[7]Silver Nanorods Array on the Zinc Oxide Thin Film Deposited by Hydrothermal Methods for Surface-Enhanced Raman Scattering.[J] Applied Sciences. 2022(SCI)
[8]Comprehensive evaluation method of transmission line operating status based on improved combination weighting evaluation model[J]. Energy Reports. 2022(SCI)
[9]Simulation analysis and preparation of a high optical density laser protection filter[J]. Applied optics. 2020(SCI)
[10]Modelling and validation of uniform large-area optical coating deposition on a rotating drum using microwave plasma reactive sputtering[J]. Applied Optics. 2017(SCI)
专利:
[1]INSULATOR STATE DETECTION METHOD AND SYSTEM BASED ON FUSION OF MULTI-SPECTRAL AND OPTICAL ELECTRIC FIELD DATA TECHNICAL FIELD(2024、国际专利、荷兰)
[2]Multi-Spectral State Detection Method for Electrical Equipment(2023、国际专利、卢森堡)
[3]一种基于4D毫米波的水轮发电机转子吊装气隙监测装置(2024、发明专利)
[4]一种自动监测电梯故障检测系统及其检测方法(2020、发明专利)
[5]一种绝缘子老化在线检测装置(2025、实用新型专利)
[6]水轮发电机定子绕组铁磁谐振过电压监测装置(2025、实用新型专利)
[7]一种基于激光干涉的非侵入式水轮机组探伤装置(2024、实用新型专利)
[8]一种高压输电导线CT取能装置(2023、实用新型专利)
[9]多光谱绝缘子污秽检测装置(2023、实用新型专利)
[10]高压输电导线感应取能装置(2023、实用新型专利)
[11]建筑物倾斜角度测量装置(2022、实用新型专利)