| [1] | 吴燕． 输电线路正常运行时对埋地金属管道的电磁影响研究[D]． 北京：华北电力大学， 2010．Wu Yan．Research of electromagnetic influence of normally operating power lines on buried metallic pipeline [D]．Beijing：NorthChina Electric Power University，2010(in Chinese)．
|
| [2] | Qi Lei，Cui Xiang． Numerical prediction of EMI on the secondary DC cable in cable tunnel due to a direct lightning strike in substation[J]． IEEE Trans. on Magnetics， 2006，42(4)：863-866．
|
| [3] | Zou Jun，Li JunJie，Lee J B，et al． Fast and highly accurate algorithm for calculating the earth-return impedance of underground conductors[J]． IEE Trans. on EMC， 2011，53(1)：237-240．
|
| [4] | Carson J R． Wave propagation in overhead wires with ground return[J]． Bell Syst. Tech.， 1926(5)：539-554．
|
| [5] | Pollaczek F． Ueber das feld einer unendlich langen wechselstrom durchflossenen einfachleitung [J]． Elektrische Nachrichtentechnik， 1926，3(4)：339-359．
|
| [6] | 郭剑，邹军，何金良，等． 水平分层土壤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]．Proceedings of the CSEE，2004，24(7)
|
| [7] | 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)
|
| [8] | Paradopoulos T A，Chrysochos A I，Papagiannis G K． Comparison of earth return approaches on modeling of underground cables[C]//45th International Universities Power Engineering Conference(UPEC)． Cardiff， Wales，2010：1-5．
|
| [9] | Papadopoulos T A，Tsiamitros D A，Papagiannis G K． Earth return admittances and impedances of underground cables in non-homogeneous earth[J]． Transmission & Distribution， IET，2011，5(2)：161-171．
|
| [10] | Sunde E D． Earth conduction effects in transmission systems，2nded[M]． New York：Dover， 1968：99-139．
|
| [11] | 齐磊，崔翔． 特高压交流输电线路正常运行时对输油输气管道的感性耦合计算模型[J]． 中国电机工程学报， 2010，30(21)：121-126． Qi Lei，Cui Xiang．Inductive coupling modeling of operating UHV AC transmissions line to adjacent oil/gas pipeline[J]．Proceedings of the CSEE，2010，30(21)
|
| [12] | Sunde E D． Earth conduction effects in transmission system[M]． New York：Van Nostrand Company Inc， 1949．
|
| [13] | Nakagawa M，Ametani A，Iwamoto K． Further studies on wave propagation in overhead transmission lines with earth return：impedance of stratified earth[J]． Proc．IEE， 1973，120(12)：1521-1528．
|
| [14] | 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 Trans. on Power Deliv.， 2005，PWRD-20(3)：2174-2181．
|
| [15] | Tsiamitros D A，Papagiannis G K． Earth return Impedances of conductor arrangements in multi layer soils-Part I：Theoretical model[J]． IEEE Trans. on Power Del.， 2008，23(4)：2392-2400．
|
| [16] | Tsiamitros D A，Christoforidis G C，Papagiannis G K，et al． Earth conduction effects in systems of overhead and underground conductors in multilayered soils[J]． Proc. Inst. Electr. Eng. Generation， Transmiss. Distrib.，2006，153(3)：291-299．
|
| [17] | RachidiF，Nucci C A，Ianoz M，et al． Influence of a lossy ground on lightning induced voltages on overhead lines[J]． IEEE Trans. on EMC， 1996，38(3)：250-264．
|
| [18] | Papadopoulos T A，Papagiannis G K，Labridis D P． A generalized model for the calculation of the impedances and admittances of overhead power lines above stratified earth[J]． Eletric Power Systems Research， 80(2010)：1160-1170．
|
| [19] | Petrache E，Rachidi F，Paolone M，et al． Lightning induced disturbances in buried cables-part I：theory [J]． IEEE Trans．Electromagnetic Compatibility， 2005，47(3)：498-508．
|
| [20] | Paradopoulos T A，Tsiamitros D A，Papagiannis G K． Impedances and admittances of underground cables for the homogeneous earth case[J]． IEEE Trans．on Power Deliv．， 2010，25(2)：961-969．
|
