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Zou Liang, male, Han nationality, Jiu San Society,1983year3Month.
Academic identity:
Associate Professor、Master of Graduate Mandrers、Member of the Energy Storage System and Equipment Professional Committee of China Electrician Technology Society、Member of the Professional Committee of high -voltage insulation and electrical material materials of Electricity and Technology Society of Electricity and Technology of Shandong、Deputy Chairman of the Youth Committee of the Equipment and Technical Society of Shandong Province、IEEE MEMBER、Member of the Chinese Electrical Engineering Society、Member of the Youth Federation of Shandong University。
Work experience:
2015.9-The School of Electrical Engineering, Shandong University today，Associate Professor (teaching and scientific research type)
2011.12-2015.8 School of Electrical Engineering, Shandong University, lecturer (teaching scientific research type)
2011.12-2013.11 Shandong University Control Science and Engineering Stations, Postdoctoral
2009.12-2010.12 The University of Manchester University in the United Kingdom，National Public School of China and Foreign and Foreign Training PhD students
Research direction:
Mainly engaged in the power system failure flow limit technology、High -voltage electromagnetic equipment magnetic modeling theory、Insulation material design and molecular dynamics simulation、Research on the direction of plasma biomedical。As the person in charge of the project, bear the National Natural Science Foundation of China2Items, doctoral research funds for doctoral points in colleges and universities1item, China Postdoctoral Science Fund Project1Items, National Key Laboratory Opening Projects2Xiang Xiang, Shandong University cross -disciplinary cultivation project1Presides the horizontal topic of the State Grid Corporation5item。As of now，Research papers in important academic journals and conferences at home and abroad50Yu, published in the first authorSCIJournal10Yu Chapter,eiInclude journal20Yu.
Academic works (part):
[1] lin shen, liang zou*, mi ding, et al. Investigation of Physical Properties of EPOXY-FUNCTINALINED GRAPHENE NANOPLATELATELATELATELATELATELATELATELATELATELATELATELATELATELATELATERETE dynamics size [j]. Applied Surface Science 505 (2020) 144197
[2] liang zou, jiale wu, zhiyun han, ET Al. Influore of the External and Internet Factors on Saturation Magnetization Process for Nanocrystalline Alloy [J]. ETICS, 2018, 54(10.
[3] RONGZHAO JIA, liang zou*, tong zhao, et al. Experimental Study on Inactivity of Escherichia Coli by Atmospheric Pressure Non-Equilibrium Plasma Combined with PHOTOCATALYSIS [J ]. Japanese Journal of Applied Physics, 2018(hired)
[4] Han Zhiyun, Zou Liang*, Xin Zhe, etc.. DCgilInsucting epoxy resin/Molecular dynamic simulation of carbon nanotimal composite coating key physical properties[j]. Journal of Electrician Technology, 2018(Published by the Internet)
[5] Han Zhiyun, Zou Liang*, Wu Jiale, etc.. External and internal factors for nano crystal alloyskHzMicro -magnetism analysis of the effect of level saturation magnetization process[j]. Journal of Electrician Technology, 2018(hired)
[6] Song , Zou Liang*, Zhang Xiuqun, etc.. A dry -empty -type anti -turbine short -circuit detection method distributed based on spatial magnetic fields[j]. Journal of Electrician Technology, 2019, 34(increase1): 105-117.
[7] zhiyun han, liang zou*, han song, et al. Study On Optimal Structure of Three-Loop Simplify Scaling Model for Dry-Type Air-core Reactors, 2018.
[8] zou l*, Guo Y, liu h, et al. A Method of Abnoremal States Detection Based on Adaptive Extraction of Transformer Vibro-ACOUSTIC SIGNALS [J]. Energies, 2017, 10 (12): 2076.
[9] Zou Liang*, Liu , Xu Liang, etc.. The transformer vibration sound extraction method based on the enhanced potential function is sparse component analysis algorithm[j]. High voltage technology, 2018 (2): 507-517.
[10] Zou Liang*, Zhang Xiuqun, Zhao Tong, etc.. The effect of permanent magnet partial fault restriction on the system's temporary stability[j]. High voltage technology, 2017, 43 (2): 594-601.
[11] Zou Liang*, Wu Jiale, Liu Tao, etc.. Optimized configuration algorithm[j]. Journal of Hunan University (self -dependent edition), 2016, 43 (8): 78-84.
[12] Zou Liang*, Wu Jiale, Liu Tao, etc.. Economic analysis and optimization of large -capacity permanent magnet part -type fault restrictions[j]. Electricity Automation Equipment, 2016, 36 (12): 75-82.
[13] Zou Liang, Golden Xin, Liu Mengqi. Smart Grid Space Electric Energy Set Energy Converter[j]. Electricity Automation Equipment, 2015, 35 (6): 159-165.
[14] Zou Liang*, Palace Pan, Zhang Li. Simplified test and model simplification[j]. High voltage technology, 2014, 40 (6): 1675-1682.
[15] Zou Liang, Liu Tao, Zhao Tong. Valve -based voltage or valve current HVDC Failure to change the failure diagnosis[j]. Grid Technology, 2014, 38 (12): 3453-3458.
[16] Zou Liang*, Xu family, Li Qingmin. An experimental study of permanent magnet stability experiments of permanent magnet saturation fault restrictions[j]. High voltage technology, 2012, 38 (8): 1901-1908.
[17] Zhang Li, Zou Liang*, Lu Xinchang, etc.. Half -wavelength transmission lines of the industrial frequency temporary overvoltage[j]. High voltage technology, 2012, 38 (10): 2728-2734.
[18] Zou Liang, Li Qingmin, Xu family, etc.. Considering the permanent magnet saturation faulty -limited flow of the magnetic effect of the magnetic effect of the magnetic effects[j]. China Electrical Engineering Journal, 2012, 32 (21): 137-145.
[19] Zou Liang, Li Qingmin, Liu Hongshun, etc.. Large -capacity permanent magnet saturation failure parameter design and optimization[j]. China Electrical Engineering Journal, 2011, 31 (9): 105-112.
[20] Zou Liang, Li Qingmin, Liu Hongshun, etc.. Scores and fault restrictions and the grounding distance protection compensation algorithm[j]. Electricity Automation Equipment, 2009, 29 (3): 56-60.
[21] Zou Liang, Li Qingmin, Liu Hongshun, etc.. High -voltage and large -capacity analysis of permanent magnet saturation faulty streaming[j]. High voltage technology, 2009, 35 (10): 2568-2574.
Scientific research project (part):
[1] Nano -crystal soft magnetic composite material high -frequency micro -magnetic action mechanism and magnetic-Thermal performance collaborative optimization method，National Natural Science Foundation on Face，National level，Host
[2] Nano -crystal Iron Core's megacities and dual -scale coupling modeling methods，National Natural Science Foundation of China Youth Science Fund Project，National level，Host
[3] Smart Grid Multi -port hybrid energy storage topology and multi -target optimization control method,China's post -doctoral science fund, provincial and ministerial level, host
[4] Dual -scale coupling building method of high -frequency saturation mechanism based on nano -crystal iron core，Dr. Point Fund of the Ministry of Education，Provincial and ministerial level，Host
[5] Based on macro-Nano CrystalSMCMagnet-Research on the Optimization of thermal Performance Collaborative Optimization，Energy Power System National Key Laboratory Open Project，Provincial and ministerial level，Host
[6] Based on macro-Research on the high saturation mechanism of nano -crystal iron core of the two -scale coupling simulation，Energy Power System National Key Laboratory Open Project，Provincial and ministerial level，Host
[7] A multi -physical field simulation research with abnormal temperature rise of bridge armor resistance，Nanfang Power Grid Key Laboratory Opening Project，Host
[8] Research on the Research on the Research on New Type Cable Fire Early Warning and Fire Fire Fire Exercise Technology，National Power Grid Corporation of Science and Technology Project Subtracts，Host
[9] Research on the fire warning technology of low -voltage power cable pipelines in the substation in the substation，State Grid Shandong Electric Power Company Science and Technology Project，Host
[10] Anomalial research of non -balanced atmospheric pressure Plasma Activated pathogenic bacteria，Cross -disciplinary Cultivation Project of Shandong University，Host
Contact information:
zouliang@sdu.edu.cn
