| [1] | 李汉明，陈维江，詹铭，等． 220/110 kV同塔四回线路耐雷性能的研究[J]． 电网技术，2005，29（21）:27-30. LI Hanming，CHEN Weijiang，ZHAN Ming，et al. Research on lightning performance of quadruple circuit transmission 1ine with dual voltage 220/ 110 kV on the same tower[J]. Power System Technology，2005，29（21）:27-30.
|
| [2] | 黄然，王磊，赵现平，等． 基于危险雷电流区间分布的输电线路雷击故障性质判断方法[J]． 电瓷避雷器，2013（1）:74-78． HUANG Ran，WANG Lei，ZHAO Xianping，et al. Identification of shielding failure and back striking based on interval distribution of dangerous lightning current[J]. Insulators and Surge Arresters，2013（1）:74-78.
|
| [3] | 马御棠，吴广宁，张星海，等． 地形对输电线路最大绕击雷电流的影响[J]． 电瓷避雷器，2010（1）:29-32． MA Yutang，WU Anning，ZHANG Xinghai，et al. Influence of topography on max shielding failure lighting current of transmission lines[J]. Insulators and Surge Arresters，2010（1）:29-32.
|
| [4] | Yokoyama S. Calculation of induced voltages on overhead lines multiconductor systems[J]. IEEE Transaction on PAS，1984，103（1）:100-108.
|
| [5] | LIEW AH CHOY. A sensitive analysis of lightning performance calculations for transmission lines[J]. IEEE Transaction on PAS，1971，90（4）:1443-1450.
|
| [6] | RUBINSTEIN M. Measurements of the voltage induced on an overhead power line 20m from triggered lightning[J]. IEEE Transaction on EMC，1994，36（2）:134-140.
|
| [7] | 苏杰，曹炯，姜文东，等． 220 kV/110 kV 同塔四回输电线路双回同时闪络耐雷性能及防治[J]． 电瓷避雷器，2010（1）:29-32． SU Jie，CAO Jiong，JIANG Wendong，et al. Lightning protection performance of double-Circuit flashover simultaneously and its prevention for quadruple-circuit transmission line with 220 kV/110 kV voltage in a tower[J]. Insulators and Surge Arresters，2010（1）:29-32.
|
| [8] | AMETANI A，KAWAMURA T. A method of a lightning surge analysis recommended in Japan using EMTP[J]. IEEE Transations on Power Delivery，2005，20（2）:897-908.
|
| [9] | 莫付江，陈允平，阮江军． 输电线路杆塔模型与防雷性能计算研究[J]． 电网技术，2004，28（21）:80-84． MO Fujiang，CHEN Yunping，RUAN Jiangjun，et al. Study on transmission tower models and their lightning performance calculation[J]. Power System Technology，2004，28（21）:80-84.
|
| [10] | 张颖，施围． 输电线路防雷计算中的新杆塔模型[J]． 西安交通大学学报，2004，38（4）:365-372． ZHANG Ying，SHI Wei，WANG Liying，et al. Analysis on technical specifications of 330 kV line arresters[J]. Insulators and Surge Arresters，2002（4）:32-35.
|
| [11] | SARGENT M A，DARVENIZA M. Tower surge impedance[J]. IEEE Transactions on Power Apparatus and System，1969，88（5）:680-687.
|
| [12] | 肖萍，周新军，汪？，等． 基于先导闪络判据的变电站侵入波过电压的研究[J]． 电瓷避雷器，2013（1）:16-20． XIAO Ping，ZHOU Xinjun，WANG Feng，et al. Study of the lightning invaded overvoltage in substation based on leader flashover criterion[J]. Insulators and Surge Arresters，2013（1）:16-20.
|
| [13] | 温灵长，孙菊海. 750 kV/330 kV混压同塔四回输电线路耐雷性能研究[J]. 电网与清洁能源，2013（12）:36-44.. WEN Lingchang，SUN Juhai. Research on characteristics of lightning resistance of the 750 kV/330 kV quadruple-circuit transmission line on the same tower[J]. Power System and Clean Energy，2013，29（12）:36-44.
|
| [14] | 维列夏金，吴维韩． 俄罗斯超高压和特高压输电线路防雷运行经验分析[J]． 高电压技术，1998，24（2）:76-79． Верещагин，WU Weihan. The analysis of lightning protection for EHV and UHV transmission lines in Russia[J]. High Voltage Engineering，1998，24（2）:76-79.
|
| [15] | 梁方建，张道乾，张回力． 外串联间隙线路避雷器在同塔双回线路中的应用[J]． 电瓷避雷器，2013（1）:59-63． LIANG Fangjian，ZHANG Daoqian，ZHANG Hui li. External series gap lightning arresters on double circuit line on the same tower application[J]. Insulators and Surge Arresters，2013（1）:59-63.
|
| [16] | 黄伟超，何俊佳，陆家政，等． 实际雷电活动分布下的线路雷击跳闸率计算[J]． 高电压技术，2008，34（7）:1368-1373. HUANG Weichao，HE Junjia，LU Jiazheng，et al. Calculation of lightning trip-out rate of transmission lines under real lightning stroke distribution[J]. High Voltage Engineering，1998，24（2）:76-79.
|
| [17] | 张志劲，司马文霞，蒋兴良，等． 超/特高压输电线路雷电绕击防护性能研究[J]． 中国电机工程学报，2005，25（10）:1-6. ZHANG Zhijin，SIMA Wenxia，JIANG Xingliang，et al. Study on the lightning protection performance of shielding failure for UHV&EHV transmission lines[J]. Proceedings of the CSEE，2005，25（10）:1-6.
|
| [18] | 周浩，赵斌财，王东举，等． 500/220 kV同塔四回线路的耐雷性能研究[J]． 高电压技术，2008，34（10）:2075-2080. ZHOU Hao，ZHAO Bincai，WANG Dongju，et al. Lightning performance of quadruple-circuit transmission line with dual voltage 500/220 kV on the same tower[J]. High Voltage Engineering，2008，34（10）:2075-2080.
|
