book
[1]zhao biao，zeng rong，song qiang，yu zhanqing，qu lu.《energy internet》chapter 6：medium-voltage dc power distribution technology,elsevier,2018.
[2]liu guanwei，qu lu，zeng rong，gao feng.《energy internet》chapter 12：energy internet in china,elsevier,2018.
[3]jinliang he, rong zeng, bo zhang. methodology and technology for power system grounding, willey press, 2012.
journal papers
[1]wu jinpeng, zhuo zengqing, xiaohui rong, dai kehua, lebens-higgins, zachary sallis, shawn pan, feng piper, louis f. j. , liu gao chuang, yi-de hussain, zahid, li qinghao, zeng rong, shen zhi-xun, yang wanli. dissociate lattice oxygen redox reactions from capacity and voltage drops of battery electrodes. science advances, 2020, 6(6), eaaw3871.
[2]xu chaoqun, zhang xiangyu, yu zhanqing, zhao biao, chen zhengyu, zeng rong. a novel dc chopper with mov-based modular solid-state switch and concentrated dissipation resistor for /- 400 kv/1100 mw offshore wind vsc-hvdc system. ieee transactions on power electronics, 2020, 35(5): 4483-4488.
[3]zhang xiangyu, yu zhanqing, zeng rong, huang yulong, zhao biao, chen zhengyu, yang yuemin. a state-of-the-art 500-kv hybrid circuit breaker for a dc grid: the world's largest capacity high-voltage dc circuit breaker. ieee industrial electronics magazine, 2020, 14(2): 15-27.
[4]zhang xiangyu, yu zhanqing, zhao biao, chen zhengyu, lv gang, huang yulong, zeng rong. a novel mixture solid-state switch based on igct with high capacity and igbt with high turn-off ability for hybrid dc breakers. ieee transactions on industrial electronics, 2020, 67(6): 4485-4495.
[5]liu jiapeng, yu zhanqing, wang xiaorui, ren chunpin, chen zhengyu, zhao biao, chen fanglin, zeng rong. a robust nondestructive test scheme based on multistage anode voltage detection for 4500 v single-cell turn-off capability of press-packed devices. ieee transactions on power electronics, 2021, 36(5): 4905-4909.
[6]liu jiapeng, yu zhanqing, zhou wenpeng, chen zhengyu, ren chunpin, zhao biao, wang fengying, ji weifeng, li meng, zeng rong. ultra-low on-state voltage igct for solid-state dc circuit breaker with single-switching attribute. ieee transactions on power electronics, 2021, 36(3): 3292-3303.
[7]ma xinyu, zhuang chijie, zeng rong, zhou weidong. large-dynamic-range athermal lithium niobite on insulator/ tio2 nanobeam electric field sensor. journal of physics d-applied physics, 2021, 54(10), art no. 105101.
[8]zhang xiangyu, yu zhanqing, zhao biao, chen zhengyu, lyu gang, huang yulong, zeng rong. a novel mixture solid-state switch based on igct with high capacity and igbt with high turn-off ability for hybrid dc breaker. ieee transactions on industrial electronics,2020,67(6):4485-4495.
[9]xu chaoqun,zhang xiangyu, yu zhanqing, zhao biao, chen zhengyu, zeng rong. a novel dc chopper with mov-based modular solid-state switch and concentrated dissipation resistor for ±400 kv/1100 mw offshore wind vsc-hvdc system. ieee transactions on power electronics, 2019，35(5):4483-4488.
[10]zhang xiangyu, yu zhanqing, chen zhengyu, huang yulong, zhao biao, zeng rong. modular design methodology of dc breaker based on discrete metal oxide varistors with series power electronic devices for hvdc application[j]. ieee transactions on industrial electronics，2019，66(10):7653-7662.
[11]zhang xiangyu，yu zhanqing，chen zhengyu, zhao biao, zeng rong. optimal design of diode-bridge bidirectional solid-state switch using standard recovery diodes for 500-kv high-voltage dc breaker. ieee transactions on power electronics, 2019,35(2): 1165-1170.
[12]lyu gang, yu zhanqing, zhou wenpeng, xu chaoqun, chen zhengyu, zhao biao, liu jiapeng, zeng rong. 6-in dual-gate ring commutated thyristor for dc circuit breakers. ieee transactions on electron devices，2019， 66(3):1444-1449.
[13]zeng rong, zhao b, wei t, et al. integrated gate commutated thyristor-based modular multilevel converters: a promising solution for high-voltage dc applications. ieee industrial electronics magazine, 2019, 13(2): 4-16.
[14]gang lyu, chijie zhuang, jiapeng liu, biao zhao , rong zeng , xueqiang zhang. optimization for cell arrangement design of gate-commutated thyristors based on whole wafer model and tabu search. ieee transactions on electron devices , 2018, 65(11):4938-4946.
[15]chen zhengyu, yu zhanqing, liu xuan, liu jiapeng, zeng rong, stray impedance measurement and improvement of high power igct gate driver units, ieee transactions on power electronics, 2019，34(7):6639-6647.
[16]chen zhengyu, yu zhanqing, zhang xiangyu, wei tianyu, lyu gang, qu lu, huang yulong, zeng rong, analysis and experiments for igbt, iegt, and igct in hybrid dc circuit breaker, ieee transactions on industrial electronics, 2018, 65(4), 2883-2892.
[17]zeng rong, zhao biao, yu zhanqing, song qiang, huang yulong, chen zhengyu, liu jiapeng, zhou wenpeng, lü gang. development and prospect of igct power device in dc grid. proceedings of the chinese society of electrical engineering,2018,38(15): 4307-4317.
[18]rong zeng, chijie zhuang, xuan zhou, etc, survey of recent progress on lightning and lightning protection research, high voltage, 2016, 1(1): 2-10
[19]chen she, heijmans l c j, zeng rong, et al. nanosecond to microsecond repetitively pulsed discharges in n2-o2 mixtures: inception cloud and streamer emergence, journal of physics d: applied physics, 2015, 48(17): 175201.
[20]rong zeng and she chen. the dynamic velocity of long positive streamers observed using a multi-frame iccd camera in a 57 cm air gap. j. phys. d: appl. phys. 46 (2013) 485201 (10pp)
[21]she chen, rong zeng and chijie zhuang. the diameters of long positive streamers in atmospheric air under lightning impulse voltage. j. phys. d: appl. phys. 46 (2013) 375203 (10pp)
[22]she chen, rong zeng, chijie zhuang, zhanqing yu and jinliang he. switching impulse breakdown characteristics of large sphere-plane air gaps compared with rod-plane air gap. ieee transactions on dielectrics and electrical insulation, 2013(3): 839-844.
[23]zeng, r., li, z. ; yu, z. ; zhuang, c. study on the influence of the dc voltage on the upward leader emerging from a transmission line. ieee transactions on power delivery, 2013, 28 (3): 1674-1681.
