1、国际期刊论文选
[1]. zhanqing yu*, shiping chen&, ya mou&, fade hu. electrostatic- fluid- structure 3d numerical simulation of a mems. electrostatic comb resonator. sensors 2022, 22(3), 1056.
[2]. wenpeng zhou, zhanqing yu*, zhengyu chen, jinpeng wu, biao zhao, rong zeng*. p plus base doping optimization of 6-in gate commutated thyristors for hybrid dc circuit breaker application, ieee transactions on electron devices, 2022, 69(1): 262-270
[3]. xiangyu zhang, xin yan&, lu qu, zhanqing yu*. a novel high-power hybrid dc breaker based on compound power electronic switch with integrated commutation ability, ieee transactions on power electronics, 2022, 37(3): 2465-2469
[4]. xiangyu zhang, zhanqing yu*, zhengyu chen, biao zhao, rong zeng*. 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, 2020.2, 35(2): 1165-1170
[5]. zhanqing yu*, tong zhu&, zezhong wang, guojun lu, rong zeng, yu liu, jianbin luo, yunchao wang, jinliang he, chijie zhuang. calculation and experiment of induced lightning overvoltage on power distribution line, electric power systems research, 2016.10, 139: 52~59
[6]. chaoqun xu, zhanqing yu*, biao zhao, zhengyu chen, zongze wang, chunpin ren, rong zeng. a novel hybrid line commutated converter based on igct to mitigate commutation failure for high-power hvdc application, ieee transactions on power electronics, 2022, 37(5): 4931-4936
[7]. xiaorui wang&, haotian xia, zhanqing yu*, yonggang guan, haotian xia, biao zhao, yulong huang, lu qu, jiudong ding. precise multi-dimensional temperature-rise characterization of switchgear based on multi-conditional experiments and lptn model for high-capacity application. high voltage, 2021, 6(1): 138-148
[8]. zipan nie *, zhanqing yu *, zhizheng gan, lu qu, , yulong huang, biao zhao topology modeling and design of a novel magnetic coupling fault current limiter for vsc dc grids, ieee transactions on power electronics, vol. 36, no. 4, pp. 4029-4041, april 2021
[9]. xiangyu zhang; zhanqing yu*; rong zeng; meng zhang; yuehua zhang; fengliang xiao; wei li hv isolated power supply system for complex multiple electrical potential equipment in 500 kv hybrid dc breaker, high voltage, vol. 5, no. 4, pp. 425-433, aug 2020
[10]. jiapeng liu, zhanqing yu, xiaorui wang, chunpin ren, zhengyu chen , biao zhao, fanglin chen, rong zeng * 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, vol. 36, no. 5, pp. 4905-4909, may 2021
[11]. jiapeng liu, zhanqing yu, wenpeng zhou, zhengyu chen, chunpin ren, biao zhao, fengying wang, weifeng ji, meng li, rong zeng* ultra-low on-state voltage igct for solid-state dc circuit breaker with single-switching attribute, ieee transactions on power electronics, vol. 36, no. 3, pp. 3292-3303, mar 2021
[12]. zhanqing yu*, xiaorui wang, lu qu, wenpeng zhou, rong zeng. dc side over-voltage characteristics analysis of ac/dc hybrid distribution power system, ieee access, vol. 8, pp. 133248-133257, 2020
[13]. xiangyu zhang*, zhanqing yu, rong zeng, yulong huang, biao zhao, zhengyu chen, yuemin yang 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, vol. 14, no. 2, pp. 15-27, jun 2020
[14]. zhengyu chen, zhanqing yu*, xuan liu, jiapeng liu, rong zeng* stray impedance measurement and improvement of high-power igct gate driver units, ieee transactions on power electronics, vol. 34, no. 7, pp. 6639-6647, jul 2019
[15]. zhanqing yu*, xiaorui wang, rong zeng, lei liu, min li. long-term statistics of corona loss of hvdc transmission line, journal of engineering-joe, 2019, 16: 3169-3174
[16]. zhanqing yu*, xiaorui wang, rong zeng, yin fu, lei liu, min li. analysis of factors influencing the parameters of electromagnetic environment, journal of engineering-joe, 2019, 16: 2787-2789
[17]. ya mou; zhanqing yu*; yazhou fan; rong zeng calibration of a sensor for an ion electric field under hvdc transmission lines, the journal of engineering, 2018.9.19, 2018(9)
[18]. xiao zhang, zhanqing yu*, jinliang he*, yunchao wang, rong zeng the broadband frequency characteristics of major equipment in the ±800kv converter station and their influences to the short-circuit fault transient, electric power systems research, 2017.6, 147: 302~309
[19]. zhanqing yu *, qian li, rong zeng, jinliang he, yong zhang, zhizhao li, chijie zhuang, yongli liao calculation of surface electric field on uhv transmission lines under lightning stroke, electric power systems research, 2013.1, 94: 79~85
[20]. zhanqing yu *, jinliang he, rong zeng, hong rao, xiaolin li, qi wang, bo zhang, shuiming chen simulation analysis on conducted emd caused by valves in /- 800 kv uhvdc converter station, ieee transactions on electromagnetic compatibility, 2009.5, 51(2): 236~244
2、国际会议论文选
[1] zhanqing yu, cheng wang. seismic inversion method of prestack waveform of isotropic elastic medium and its application for exploration targets of shale reservoir, 1st international meeting for applied geoscience and energy, 2021.9.26-2021.10.1
[2] yukun chen, zhanqing yu, mingzhu guo, lu qu, bojin tang, fengjie hao, xingda zhou, rong zeng. detection method of grid voltage sag for offshore wind power converter, 2021 ieee 4th international electrical and energy conference (cieec), 2021.5.28-2021.5.30
[3] zipan nie, zhanqing yu, zhizheng gan, lu qu, rong zeng. fundamental and analysis of a novel magnetic coupling fault current limiter for vsc dc grids, 2019 4th ieee workshop on the electronic grid (egrid), 2019.11.11-2019.11.14
[4] lu qu (*), zhanqing yu, songbo huang, jiapeng liu, wenpeng zhou, zhengyu chen, jie zeng, ning xie, rong zeng. design and analysis of a 375v/5ka solid state dc circuit breaker based on igct, 2018 ieee international power electronics and application conference and exposition, 2018.11.4-2018.11.7
[5] tianyu wei, zhanqing yu (*), zhengyu chen, xiangyu zhang, weijie wen, yulong huang, rong zeng. design and test of the bidirectional solid-state switch for an 160kv/9ka hybrid dc circuit breaker, 2018 ieee applied power electronics conference and exposition (apec), 2018.3.4-2018.3.8
[6] qing ma，kaitian huang，zhanqing yu (*). an electric field sensor with double-layer floating structures for measurement of dc synthetic field coupled with ion flow, the 19th international conference on solid-state sensors, actuators and microsystems (transducers 2017), 2017.6.18
[7] yunchao wang, zhanqing yu, xiao zhang, jun hu, jinliang he, shuiming chen. stray capacitance of hvdc key devices and its impact on harmonic distribution, 2016 ieee electrical power and energy conference, epec 2016, ottawa,2016.10.12-2016.10.14
[8] zhanqing yu (*), junjie yu, rong zeng, xi wang, weimin sun. arc characteristics of parallel gap for composite insulator, 2014 international conference on lightning protection, iclp 2014, 2014.10.11-2014.10.18
[9] zhanqing yu (*), ying huang, rong zeng, zezhong wang, yi liu, tang bo. scaled experiment and calculation of inductionlightning overvoltage on distribution line, 2014 international conference on lightning protection, iclp 2014,2014.10.11-2014.10.18
[10] zhanqing yu (*), xiao zhang, jinliang he, yin huang, wei qiu. measurements of electromagnetic interference in anoperating ±800 kv dc converter station, 2014 31th ursi general assembly and scientific symposium, ursi gass 2014,2014.8.16-2014.8.23
[11] mengting dai, zhanqing yu (*), zhiye gao, shi li, rong zeng, bo zhang, min li, ruihai li, lei liu, chao gao. corona onset characteristics of grading rings on ±800kv uhvdc transmission line, 2014 international conference on information science, electronics and electrical engineering, sapporo city, hokkaido, 2014.4.26-2014.4.28
[12] zhiye gao, zhanqing yu (*), rong zeng, feng tian, junjie yu, menting dai, ben niu, min li, lei liu, ruihai li, yongli liao. research on measuring methods and sensors of high voltage dc electric field, 2014 international conference on information science, electronics and electrical engineering, 2014.4.26-2014.4.28
[13] menting dai, zhanqing yu (*), rong zeng, chijie zhuang, jun hu, tongzhi li, jidong liu, weiyi zhu. a neural network short-term load forecastingconsidering human comfort index and its accumulative effect, 2013 9th international conference on natural computation, icnc 2013, 2013.7.23-2013.7.25
[14] li xiao, zhanqing yu(*), shuiming chen, bo zhang, rong zeng, chijie zhuang, yang zeng, xiaoying yu, qian zhang. test and analysis of conducted disturbance sources of the truck crane under stable conditions, international symposium on electromagnetic compatibility emc europe 2012, 2012.9.17-2012.9.21
[15] zhen li, zhanqing yu, xi wang, jinliang he. a design of unbalanced insulation to improve the lightning performance of multi-circuit transmission lines, 2012 31st international conference on lightning protection, iclp 2012, vienna, austria, 2012.9.2-2012.9.7
[16] xiao zhang, zhanqing yu (*), jinliang he, bin luo, hansheng cai. investigation of bipolar block emergency in uhvdcconvertor station caused by lightning stroke, 2012 31st international conference on lightning protection, iclp 2012,2012.9.2-2012.9.7
[17] feng tian, zhanqing yu (*), rong zeng. radio interference and audible noise of the uhvdc test line under high altitude condition, 2012 asia-pacific symposium on electromagnetic compatibility, apemc 2012, 2012.5.21-2012.5.24
[18] junjie yu, zhanqing yu (*), rong zeng. research on surface electric field of parallel gap, proceedings of 7th asia-pacific international conference on lightning, 2011.11.1-2011.11.4
[19] zhanqing yu (*), rong zeng, min li, ruihai li, lei liu, yang dawei, zheng zhang, bo zhang. radio interference of ultra hvdc transmission lines inhigh altitude region, 2010 asia-pacific symposium on electromagnetic compatibility, apemc 2010, 2010.4.12-2010.4.16
[20] zhanqing yu (*), rong zeng, min li, ruihai li, lei liu, bo zhang, zheng zhang, huaying zhang. tests on electromagnetic environment of ultra hvdc transmission lines in high altitude region, 2010 asia-pacific symposium on electromagnetic compatibility, apemc 2010, 2010.4.12-2010.4.16
3、国内期刊论文选
[1]. 余占清,曾嵘,屈鲁,严鑫,甘之正 混合式直流断路器的发展现状及展望 高电压技术 , 2020,46(8):2617-2626
[2]. 屈鲁;余占清;陈政宇;张翔宇;陈建福 三端口混合式直流断路器的工程应用 电力系统自动化 2019,43(23):141-146,154.
[3]. 王运超,余占清,牟亚,刘凡,谢施君 特高压直流中性母线过电压特性及抑制措施 中国电机工程学报 2019,39(22):6765-6773
[4]. 余占清(*), 何金良, 张波, 饶宏, 曾嵘, 陈水明, 黎小林, 王琦, 高压直流换流站中换流阀传导骚扰时域仿真分析, 中国电机工程学报,2009.4.5, 29(10): 17~23
[5]. 余占清(*), 何金良, 曾嵘, 高压直流换流站换流阀开关电磁瞬态特性实验研究, 高电压技术, 2011.3, 37(3): 739~745
[6]. 余占清 (*), 何金良, 曾嵘, 饶宏, 张波, 陈水明, 黎小林, 王琦, 高压换流站的主要电磁骚扰源特性, 高电压技术, 2008.5.31,34(05): 1736~1742
[7]. 余占清(*), 曾嵘, 王绍安, 陆国俊, 熊俊, 刘宇, 配电线路雷电感应过电压仿真计算分析, 高电压技术, 2013.2.28, 39(2): 415~422
[8]. 余占清(*), 郭志冲, 陆佳政, 谭艳军, 何金良, 胡军, 特高压同塔双回线路分段融冰装置感应电压、电流的抑制措施, 高电压技术,2014, (05): 1332~1338
[9]. 王运超, 余占清(*), 季一鸣, 付 殷, 牟 亚, 何金良, 直流系统分层接入方式下滤波器断路器的分断特性分析, 高电压技术, 2019,45(9):2857-2865.
[10]. 张翔宇, 余占清(*), 黄瑜珑, 陈政宇, 屈鲁, 曾嵘, 杨悦民, 肖风良, 500 kv耦合负压换流型混合式直流断路器原理与研制, 全球能源互联网, 2018.09.25, 1(4): 413~422
[11]. 田丰, 余占清(*), 曾嵘, 李敏, 刘磊, 张波, 高海拔地区特高压直流试验线段下的地面合成电场强度特性, 高电压技术, 2013.6.30,39(06): 1374~1381
[12]. 李婵虓, 余占清(*), 曾嵘, 罗兵, 陈喜鹏, 何金良, 冲击电场作用下屏蔽体屏蔽效能实验研究, 高电压技术, 2014.9.30, 40(9): 2849~2854
[13]. 肖黎, 余占清(*), 张波, 曾杨, 于晓颖, 陈水明, 输电线路工频电磁场对汽车起重机的电磁骚扰, 高电压技术, 2014, (06): 1775~1780
[14]. 李敏, 余占清, 曾嵘, 李锐海, 杨达维, 刘磊, 张华赢, 高海拔±800kv直流输电线路电肖黎, 余占清, 陈水明, 张波, 曾嵘, 于晓颖, 汽车起重机电路系统电磁骚扰源特征参数研究, 安全与电磁兼容, 2013.1.1, 1(1): 17~20
[15]. 朱童, 余占清(*), 曾嵘, 吕纲, 陈政宇, 张翔宇, 赵宇明, 陈名, 黄瑜珑, 温伟杰, 混合式直流断路器模型及其操作暂态特性研究, 中国电机工程学报, 2016.1.5, 36(1): 18~30
[16]. 陈政宇, 余占清(*), 吕纲, 黄瑜珑, 曾嵘, 陈名, 赵宇明, 黎小林, 温伟杰, 张祖安, 基于igct串联的10kv直流混合断路器研究, 中国电机工程学报, 2016.1.20, 36(2): 317~326
[17]. 朱童, 余占清(*), 曾嵘, 陈政宇, 张翔宇, 赵宇明, 刘国伟, 吕纲, 全固态直流断路器在低压直流配电系统中的应用, 南方电网技术,2016, (4): 50~56
[18]. 张晓, 余占清(*), 罗兵, 王绍安, 蔡汉生, 黄莹, 雷电脉冲电磁场对电站敏感设备的电磁干扰, 高电压技术, 2014.6.30, 40(6): 1696~1702
[19]. 曾嵘, 余占清, 傅闯, 黄莹, 何金良, 李伟, 冯鸫, ±500kv换流站交流侧刀闸操作对直流侧二次系统电磁干扰分析, 南方电网技术,2008.8.20, 2(04): 18~22
[20]. 李振, 余占清(*), 何金良, 彭向阳, 李志峰, 线路避雷器改善同塔多回线路防雷性能的分析, 高电压技术, 2011.12, 37(12): 3120~3127
5、发明专利
[1]. 余占清,曾嵘,屈鲁,王晓蕊,周文鹏,聂子攀 一种直流配电变换系统电磁骚扰测试方法 2019109058814 2019/9/24
[2]. 余占清,王晓蕊,牟亚,曾嵘,庄池杰 一种温度检测系统 2018114288084 2018/11/27
[3]. 余占清,王晓蕊,陈锦鹏,蔡素雄,关永刚,夏昊天,曾嵘,庄池杰,何金良,胡军,张波,陈水明 一种开关柜温升分析方法 2018110894371 2018/9/18
[4]. 曾嵘,屈鲁,余占清,张翔宇,陈政宇,肖祥,黄松波,赵伟,曾杰 一种开断设备测试装置及测试方法 2018109165065 2018/8/13
[5]. 屈鲁,余占清,曾嵘,魏天予,张翔宇,陈政宇,黄瑜珑 一种三端口直流开断设备的隔离检修方法及装置 201810916507x 2018/8/13
[6]. 赵彪,曾嵘,余占清,宋强,张翔宇 一种高压直流输电混合换流器 2018210511098 2018/7/3
[7]. 余占清,曾嵘,屈鲁,黄瑜珑,魏天予,陈政宇,张翔宇,杨超,姚大伟 一种基于耦合负压电路的混合式开关 2017110073394 2017/10/25
[8]. 曾嵘,余占清,屈鲁,黄瑜珑,魏天予,陈政宇,张翔宇,杨超,姚大伟 基于lc振荡强迫换流型机械式开关、装置、及控制方法 2017110106985 2017/10/25
[9]. 余占清,刘磊,付殷,李敏,曾嵘,罗兵,高超,杨芸,张波 一种直流输电线路可听噪声概率预测方法及系统 2017103791126 2017/5/25
[10]. 曾嵘,余占清,张翔宇,陈政宇,魏天予,吕纲,黄瑜珑,庄池杰 断路器、断路系统、电力系统以及操作方法 2017102073922 2017/3/31
[11]. 何金良,余占清,杨滚,陈水明 一种利用实测闪电垂直电场获得闪电参数的方法 2017101690385 2017/3/21
[12]. 余占清, 王运超, 王泽众, 彭珑, 李雨, 赵媛, 陈水明, 何金良, 曾嵘, 端木林楠, 牛晓民, 王萍, 一种输电线路的雷击定位方法,2013.10.16, 中国, 2013104833838
[13]. 曾嵘, 李 谦, 余占清, 何金良, 袁骏, 李志钊, 庄池杰, 廖永力, 沈晓丽, 基于输电线路结构及地形的输电线路三维雷击计算方法,2012.4.9, 中国, 2012101015541
[14]. 余占清, 赵杰, 曾嵘, 王峰, 刘智宏, 李敏, 高胜友, 王国利, 一种基于无线传输的高电位环境下的宽频带信号传输系统, 2010.5.21, 中国, 201010178527.5
[15]. 余占清, 李锐海, 曾嵘, 王峰, 高胜友, 李敏, 刘磊, 一种高压输电线路电晕电流的宽频在线测量系统, 2010.5.21, 中国, 2010101785364
[16]. 曾嵘, 余占清, 王博, 王峰, 何金良, 张波, 牛犇, 一种用于强电场测量的栅格电极光电集成传感器, 2009.12.17, 中国, 200910243317.7
[17]. 余占清, 戴梦婷, 高志野, 李敏, 李锐海, 曾嵘, 高超, 刘磊, 杨芸, 田丰, 张波, 基于表面场强扫描的金具结构优化方法, 2013.10.30,中国, 2013105291969
[18]. 余占清, 陈禾, 曾嵘, 夏谷林, 彭翔, 俞俊杰, 何金良, 庄池杰, 用于超高压输电线路复合绝缘子雷电防护的并联间隙电极, 2011.12.8, 中国, 2011104074867
[19]. 曾嵘, 余占清, 吕纲, 陈政宇, 朱童, 张翔宇, 一种应用于混合式直流断路器的门极换流晶闸管芯片, 2015.3.18, 中国, 2015101194367
[20]. 余占清, 刘映尚, 曾嵘, 黎小林, 何金良, 黄莹, 基于电荷控制理论的晶闸管宽频电磁暂态过程的计算方法, 2009.5.14, 中国, 2009100839788
