AMETANI A，YONEDA T，BABA Y，et al．An investigation of earth-return impedance between overhead and underground conductors and its approximation[J]． IEEE Transaction on Electromagnetic Compatibility，2010，51(3)：860-867．
[2]
CARSON J R．Wave propagation in overhead wires with ground return[J]． Bell System Technical Journal，1926(5)：539-554．
[3]
RACHIDI F，NUCCI C A，IANOZ M，et al．Influence of a lossy ground on lightning-induced voltages on overhead lines[J]． IEEE Transactions on Electromagnetic Compatibility，1996，38(3)：250-263．
[4]
ORZAN D．Time-domain low frequency approximation for off-diagonal terms of the ground impedance matrix[J]． IEEE Transactions on Electromagnetic Compatibility，1997，39(1)：64．
[5]
LU Tiebing，CUI Xiang，LI Lin．Transient analysis of aerial multiconductor transmission lines with branch[J]． IEEE Transactions on Magnetic，2001，37(5)：3298-3302．
[6]
何金良，曾 嵘．电力系统接地技术[M]． 北京：科学出版社，2007．
[7]
郭 剑，邹 军，何金良，等．水平分层土壤中点电流源格林函数的递推算法[J]．中国电机工程学报，2004，24(7)：101-105． GUO Jian，ZOU Jun，HE Jinliang，et al．Recursive method to obtain analytic expressions of green’s functions in multi-layer soil by computer[J]． Proceeding of the CSEE，2004，24(7)：101-105．
[8]
齐 磊，卢铁兵，张重远，等．考虑多层土壤时架空线的瞬态分析[J]． 中国电机工程学报，2003，23(5)：66-69． QI Lei，LU Tiebing，ZHANG Zhongyuan，et al．Transient analysis of overhead lines with multi-layer soil[J]． Proceeding of the CSEE，2003，23(5)：66-69．
[9]
TSIAMITROS D A，PAPAGIANNIS G K，LABRIDIS D P，et al．Earth return path impedances of underground cables for the two-layer earth case[J]． IEEE Transactions on Power Delivery，2005，PWRD-20(3)：2174-2181．
[10]
TSIAMITROS D A，PAPAGIANNIS G K．Earth return Impedances of conductor arrangements in multi-layer soils-Part I：Theoretical model[J]． IEEE Transactions on Power Delivery，2008，23(4)：2392-2400．
[11]
DERI A，TEVEN G，SYMLYEN A，et al．The complex ground return plane: A simplified model for homogeneous and multi-layer earth return[J]． IEEE Transactions on PAS，1981，100(8)：3686-3693．
[12]
舒印彪，刘泽洪，高理迎，等．±800 kV 6 400 MW 特高压直流输电工程设计[J]． 电网技术，2006，30(1)：1-8． SHU Yinbiao，LIU Zehong，GAO Liying，et al．A preliminary exploration for design of ±800 kV UHVDC project with transmission capacity of 6 400 MW[J]． Power System Technology，2006，30(1)：1-8．
[13]
杨 勇，陆家榆，鞠 勇．交流线路与±800 kV直流线路同走廊时的地面混合电场研究[J]．电网技术，2009，33(15)：54-59． YANG Yong，LU Jiayu，JU Yong．Study on the hybrid electric field over the ground surface under AC lines and ±800 kV DC lines in the same corridor[J]． Power System Technology，2009，33(15)：54-59．
[14]
吴桂芳，袁春峰，陆家榆，等．特高压直流线路与交流线路同走廊时混合电磁环境的计算[J]． 电网技术，2010，34(2)：14-19． WU Guifang，YUAN Chunfeng，LU Jiayu，et al．Calculation on electromagnetic environment of UHVDC and EHVAC transmission lines erected in a common corridor[J]． Power System Technology，2010，34(2)：14-19．
[15]
RACHIDI F，NUCCI C A，IANOZ M，et al．Influence of a lossy ground on lightning-induced voltages on overhead lines[J]． IEEE Transaction on Electromagnetic Compatibility，2009，38(3)：250-264．
[16]
RACHIDI F．A Review of field-to-transmission line coupling models with special emphasis to lightning-induced voltages on overhead lines[J]． IEEE Transaction on Electromagnetic Compatibility，2009，54(4)：898-911．
[17]
PAPADOPOULOS T A，PAPAGIANNIS G K．Influence of earth permittivity on overhead transmission line earth-return impedances[C]//2007 IEEE Conference on Power Technology.[S.l.]:IEEE，2007:790-795．
