[2] The person in charge of the development project "Developing one-way conductor with arc suppression facilities" entrusted by Guangzhou Metro has completed the project.
[3] Guangzhou Metro Corporation, the project leader of "Guangzhou Metro 1 Line Stray Current Protection Project Completion Acceptance Test", has finished the topic.
[4] Dalian Light Rail Company, the project leader of "Stray Current Monitoring and Unidirectional Conductor of Dalian Light Rail Line 3", has completed the project.
[5] The organizer of the entrusted development project of Guangzhou Metro, "Mechanism and experimental analysis of stray current collection with integral ballast steel mesh", has completed the project.
[6] The project leader of Guangzhou Metro "Guangzhou Metro 1, 2, 3 and 4 lines stray current corrosion monitoring and protection system" has completed the project.
[7] The project leader of "Nanjing Metro 1 Line Stray Current Corrosion Monitoring and Protection System" has completed the project.
[8] Wuhan light rail project leader "Wuhan light rail single guide cabinet" has completed the project.
[9] The host of the development project "Study on the Abnormal Distribution of Metro Track Potential" commissioned by Nanjing Metro has completed the project.
[10] The person in charge of the sub-project of the national "863" key project "Key technologies of remote control of underground mining equipment in coal mines" is in progress.
[1 1] The project leader of Jiangsu Natural Science Foundation "Research on Optical Waveguide Sensing Method for Corrosion Monitoring of Metro Metal Structures" is in progress.
[12] The project of Xuzhou Science and Technology Fund, the project leader of "Intelligent Drainage Device and System", is in progress.
[13] The project leader of "Guangzhou Metro Line 5 and Line 28 stray current corrosion monitoring and protection system" is in progress.
[14] The project leader of "stray current corrosion monitoring and protection system for Nanjing Metro Line 2" is in progress.
2, the main academic papers published
Ling Jun, Wei Li. Nonparametric modeling of hydro-pneumatic spring based on genetic algorithm and neural network [J]. China Mechanical Engineering, 2007.
Wei Li. On-line measurement of ground transition resistance and running rail impedance [J]. Journal of China University of Mining and Technology, 200 1, 30 (4): 4 16-420.
[3] Li Wei and Xu Yan. Study on Comprehensive Monitoring and Protection System for Stray Current in Subway [J]. Journal of China University of Mining and Technology, No.2, 20061February 5438+0:22 1-228.
Wei Li, Saroy. Study on arc suppression method of subway train passing through insulation junction [J]. Journal of China University of Mining and Technology, 2004,3 (1): 86-89
Wei Li. A new intelligent drainage device for subway system [J]. Urban Rail Transit Research, 200 1, 4 (3): 63-66.
Wei Li of Yu Wang Bridge. Prediction of subway stray current corrosion risk by BP model [J]. Corrosion Science and Protection Technology, 2005, 17(6):438-44 1.
Weili, Wang Aibing, Yu Wang Bridge. Experimental study on copper sulfate electrode used for stray current corrosion measurement of subway [J]. Journal of China University of Mining and Technology, 2005,34 (1): 62-66.
Wei Li, Li, Automatic measuring system for transition resistance of grounding rail [J]. Electrified Railway, 2005,6: 43-46.
[9] Li Wei, Wang Yuqiao, Prediction of ground transition resistance and rail longitudinal resistance based on BP model. The 7th International Conference on Electronic Measurement and Instruments, 2005.9:269-272.
[10] Li Wei, Wang Yuqiao, Guan Lianjun. Study on fuzzy control method of stray current discharge device in subway. Proceedings of the first international symposium on test automation. Instrumentation Volume 2, 2006: 1025- 1027
Li Wei, Wang Yuqiao, Wang Aibing. Monitoring and prediction of stray current corrosion in subway. Proceedings of the first international symposium on test automation. Instrumentation Volume 2, 2006:1123-1125
[12] Wei Li, Wang Aibing, Yu Wang Bridge. Study on fuzzy comprehensive evaluation method of subway stray current corrosion [J], Corrosion Science and Protection Technology, 2007, 19 (4): 22 1-224.
[13] Wei Li, Wang Aibing, Yu Wang Bridge. Study on the method of eliminating IR drop error in subway stray current monitoring [J]. Corrosion and protection, 2007.6: 279-28 1.
Ling Jun, Wei Li, Fu Shuangling. Analysis of the influence of main parameters of hydro-pneumatic spring on the performance of suspension system [J]. Journal of System Simulation, 2008,20.
[15] Wei Li. Development of fault alarm device for remote equipment control system [J]. Industrial instrumentation and automation device, 2002.438+0.
[16] Wei Li. Monitoring and prevention of subway stray current [J]. Urban rail transit research, April 2003.
[17] Wei Li, Pang Xun, Liu Dawei. Development of Portable Mine Anchor Dynamometer [J]. Coal Mining Machinery, 2007.28( 1)
[18] Wei Li of Wang Aibing Yu Wang Bridge. Development of stray current monitoring system in subway [J]. Electrified Railway, 2004.5.
[19] Liu Dawei, Wei Li, et al. Design of intelligent spraying system for pavement cold recycling machinery [J]. Construction Machinery, 2008.38(2)
[20] Yang Xuefeng, Li Wei. Research on power control system of microwave therapy instrument. Instruments and meters. Volume 2 in 2006
[2 1] Wei Li, Cai Wenjuan, Yu Wang Bridge, etc. Study on monitoring method of subway stray current based on optical fiber sensing [J]. Journal of China University of Mining and Technology, 2008,30 (4)
Wei Li, Yan Leipeng. Study on sensing law of Fe-C alloy thin film optical fiber corrosion sensor [J]. Acta Photonics (accepted)