zhuang chijie-九游会平台

(1)research interests

lightning protection and air gap discharge, optical-electric sensor applications, scientific computing in electrical engineering.

(2)selected academic funds

2015-2019, research on lightning leader progression model for ac/dc transmission

lines and its applications. national natural science foundation of china (pi)

2013-2015, streamer discharge simulation algorithm and its experimental validation. national natural science foundation of china (pi)

(3)selected industry projects

2014-2016, shielding failure and back flashover simulation technology and analysis tools development. hubei power grid (pi)

2013, electric tower air gap discharge mechanism and the electric field measurement. china electric power research institute (pi)

2014, research on field distortion effects by integrated optical electric field sensors. research centre of china southern power grid (pi)

2014, research on the of substation overvoltage online measurement by optical sensors. sichuan power grid (pi)

2014, analysis on the influence of dc grounding poles to the oil pipes. china southern power grid electric power research institute (pi)

2013-2014, key technology on the optimization of substation grounding system design. guangzhou electric power design institute (pi)

he has published more than 50 research papers in journals. selected papers:

·[1] xinyu ma, chijie zhuang*, rong zeng, weidong zhou*. large dynamic range athermal lnoi/tio2 nanobeam electric field sensor. journal of physics d: applied physics. 2021, 54(10): 105101.

· [2] bo lin, chijie zhuang*, zhenning cai, rong zeng, weizhu bao. accurate and efficient calculation of photoionization in streamer discharges using fast multipole method. plasma sources science and technology. 2020, 29(12):125010.

· [3] bo lin, chijie zhuang*, zhenning cai, rong zeng, weizhu bao. an efficient and accurate mpi-based parallel simulator for streamer discharges in three dimensions. journal of computational physics. 2020, 401:109026.

· [4] hai wang, rong zeng, chijie zhuang*. thermal variation of electric field sensor bias caused by anisotropy of linbo₃. applied physics letters. 2019,114(14): 143501.

· [5] hai wang, chijie zhuang*, rong zeng*, et al. transient voltage measurements for overhead transmission lines and substations by metal free and contactless integrated electro-optic field sensors. ieee transactions on industrial electronics. 2019, 66(1):571-579.

· [6] yingzhe cui, chijie zhuang*, rong zeng. electric field measurements under dc corona discharges in ambient air by electric field induced second harmonic generation. applied physics letters. 2019, 115(24): 244101.

· [7] yingzhe cui, chijie zhuang*, xuan zhou, and rong zeng*. the dynamic expansion of leader discharge channels under positive voltage impulse with different rise times in long air gap: experimental observation and simulation results. journal of applied physics. 2019，125(11）：113302.

· [8] rong zeng*, chijie zhuang, zhanqing yu, et al. electric field step in air gap streamer discharge. applied physics letters. 2011, 99:221503.

associate editor: ieee transactions on power delivery; high voltage

member: cigre c4.26, c4.45, c3.09a, c4.57; ieee p2426, pc57.12.200