| [1] | 中国国家标准化管理委员会． GB/T 19531.2？2004地震台站观测环境技术要求第2部分：电磁观测[S]． 北京：中国标准出版社， 2004．Standardization Administration of China．GB/T 19531.2？ 2004 Technical requirement for the observational environment of seismic stations-Part2：Electromagneticobservation[S]．Beijing
|
| [2] | Kappenman J G，Albertson V D． Bracing for the geomagnetic storms[J]． IEEE Spectrum， 1990，27(3)：27-33．
|
| [3] | Pirjola R． Geomagnetically induced currents during magnetic storms[J]． IEEE Transactions on Plasma Science， 2000，28(6)：1867-1873．
|
| [4] | Albertson V D，Thorson J M，Claylon R E，et al． Solar induced currents in power system：cause and effects[J]． IEEE Transactions on Power Apparatus and Systems， 1973，92(2)：471-477．
|
| [5] | Kappenman J G． Storm sudden commencement events and associated geomagnetically induced current risks to ground-based systems at low-latitude and midlatitude locations[J]． Space Weather， 2003，1(3)：1016-1022．
|
| [6] | Radasky W A，Kappenman J G． Impacts of geomagnetic storms on EHV and UHV power grids[C]//2010 Asia-Pacific International Symposium on Electromagnetic Compatibility． Beijing， China：APEMC，2010：695-698．
|
| [7] | Trichtchenko L，Boteler D H． Effects of recent geomagnetic storms on power systems[C]//7th International Symposium on Electromagnetic Compatibility and Electromagnetic Ecology． Saint- Petersburg， Russia：IEEE，2007：265-268．
|
| [8] | Trichtchenko L，Boteler D H． Response of power systems to the temporal characteristics of geomagnetic storms[C]//2006 Canadian Conference on Electrical and Computer Engineering． Ottawa， Canada：CCECE，2006：390-393．
|
| [9] | Radasky W，Kappenman J，Gilbert J． An overview of the development and validation of large power grid models for geomagnetic storms[C]//4th Asia-Pacific Conference on Environmental Electromagnetics． Dalian， China：CEEM，2006：25-28．
|
| [10] | 能源部电力科学研究院． 关于500kV线路环境影响的试验研究(电力线路对地震(磁)台站影响的试验研究)[R]． 北京：中国电力科学研究院， 1989．Electric Power Research Institute of Energy Department．Experimental research of environmental impact from 500kV power line(experimental research on seismic station from power lines)[R]．Beijing：ChinaElectric Power Research Institute，1989(in Chinese)．
|
| [11] | 哈辉，邱鹏程，辛长江，等． 格尔木地磁台观测环境测试与分析[J]． 地震地磁观测与研究， 2003，24(5)，76-81． Ha Hui，Qiu Pengcheng，Xin Changjiang，et al．Environmental test and analysis on geomagnetic observation in Geermu station[J]．Seismological and Geomagnetic Observation and Research，2003，24(5)，76-81(in Chinese)．
|
| [12] | 齐磊，崔翔，吴燕． 交流输电线路对地震观测台站的最小距离研究[J]． 高电压技术， 2010，36(3)：649-656． Qi Lei，Cui Xiang，Wu Yan．Minimum distance between AC transmission line and seismic observation station[J]．High Voltage Engineering，2010，36(3)
|
| [13] | 沈红会，周加新，张秀霞，等． 直流输电对江苏地磁观测的影响分析[J]． 地震地磁观测与研究， 2005，26(5)：65-70． Shen Honghui，Zhou Jiaxin，Zhang Xiuxia，et al．The influence analysis of direct current transmit electricity to geomagnetic observation[J]．Seismological and Geomagnetic Observation and Research，2005，26(5)
|
| [14] | 沈红会，张秀霞，冯志生，等． 减小直流输电对地磁观测影响的几种办法[J]． 中国地震， 2005，21(4)，530-535． Shen Honghui，Zhang Xiuxia，Feng Zhisheng，et al．The countermeasures to the influence of direct current transmitting to geomagnetic observation[J]．Earthquake Research in China，2005，21(4)，530-535(in Chinese)．
|
| [15] | 郝长安，赵伦，倪友忠，等． 葛洲坝-南桥直流输电线路对地磁台的影响[J]． 地震地磁观测与研究， 2008，29(5)，9-15． Hao Changan，Zhao Lun，Ni Youzhong，et al．The influence of Gezhouba-Nanqiao？s direct current transmission line to geomagnetic observatory[J]．Seismological and Geomagnetic Observation and Research，2008，29(5)，9-15(in Chinese)．
|
| [16] | 唐波，文远芳，刘红志，等． 直流输电线路对地磁场观测的影响[J]． 高电压技术， 2011，37(4)，952-960． Tang Bo，Wen Yuanfang，Liu Hongzhi，et al．Influence of DC transmission line on geomagnetic observation[J]．High Voltage Engineering，2011，37(4)，952-960(in Chinese)．
|
| [17] | Nurul S A H，Geri G，Ismail M，et al． The hurst exponents of the geomagnetic horizontal component during quiet and active periods[C]//International Conference on Space Science and Communication． Negeri Sembilan， Malaysia：IEEE，2009：186-190．
|
| [18] | 胡聿贤． 地震工程学[M]． 北京：地震出版社， 2006：8-9． Hu Yuxian．Earthquake Engineering[M]．Beijing：EarthquakePress，2006
|
| [19] | 唐波，文远芳，张小武，等． 中短波段输电线路无源干扰防护间距求解的关键问题[J]． 中国电机工程学报， 2011，31(19)：129-137． Tang Bo，Wen Yuanfang，Zhang Xiaowu，et al．Key problems of solving reradiation interference protecting distance between power transmission line and radio station at MF and SF[J]．Proceedings of the CSEE，2011，31(19)，129-137(in Chinese)．
|
| [20] | The Energy Standards Resources Center． Coordinate conversions and transformations including formulas(part 2)-formulas for coordinate operations other than map projections[OL]． http://www.globalsecurity.org/military/ library/policy/army/fm/6-2/appe2.htm#tabe_22， 2004．
|
| [21] | Tang Bo，Wen Yuanfang，Zhao Zhibin，et al． Computation model of the reradiation interference protecting distance between radio station and UHV power lines[J]． IEEE Transactions on Power Delivery， 2011，26(2)：1092-1100．
|
| [22] | 唐波，文远芳，赵志斌，等． 特高压角钢铁塔无源干扰计算的三维面模型[J]． 中国电机工程学报， 2011，31(4)：104-111． Tang Bo，Wen Yuanfang，Zhao Zhibin，et al．Three-dimensional surface computation model of the reradiation interference from UHV angle-steel tower[J]．Proceedings of the CSEE，2011，31(4)
|
| [23] | 于寅． 高等工程数学[M]． 武汉：华中科技大学出版社， 2005：47-48． Yu Yin．Advanced engineering mathematics[M]．Wuhan：HuazhongUniversity of Technology & Science Press，2005
|
| [24] | 中国地震局监测预报司． 地震电磁数字观测技术[M]． 北京：地震出版社， 2002：51-52． Monitoring and Prediction Department of China Earthquake administration．digital observation technology of seismic electromagnetic[M]．Beijing：EarthquakePress，2002
|
