[1] IEC 60364-5-534：1997，Electrical installation of buildings-Part 5：Selection and erection of electrical equipment-Section 534：Devices for protection against overvoltage.
    [2] GB／T 17624.1-1998 电磁兼容 综述 电磁兼容基本术语和定义的应用与解释(IEC 61000-1-1：1992，IDT)。
    [3] IEC 61000-5-6：1995，Electromagnetic compatibility(EMC)-Part 5：Installation and mitiga-tion guidelines-section 6：Mitigation of external influences.
    [4] IEC 61643-12，-Surge protective devices connected to low-voltage power distribution system-Part 12：Selection and application principles.
    [5] IEC 62066，-General basic information regarding surge overvoltages and surge protection in low-voltage a.c.power system.
    [6] RAKOTOMALALA，AURIOL，ROUSSEAU：1994，Lightning distribution through earthing systems，IEEE Proced，pp.419-423.
    [7] BIRKL，HASSE，ZAHLMANN：1994，System convenient use of arresters in low voltage mains，etz 17，pp.964-971.
    [8] HASSE，WIESINGER，ZAHLMANN，ZISCHANK：1994，Principle for an advanced coordina-tion of surge protective devices in low voltage systems，22nd international Conference on Lightning Protection，Budapest.
    [9] LAI，MARTZLOFF：1993，Coordination cascaded surge protection devices：High-low versus low-high，IEEE Transaction，IAS-29，No.4，pp.680-687.
    [10] ALTMEIER，PELZ，SCHEIBE：1992，Computer simulation of surge voltage protection in low-voltage systems，21st International Conference on Lightning Protection，Ref.Number 7.08，Berlin.
    [11] BIRKL，HASSE，ZAHLMANN：1996，Investigations of the interaction of lightning currents with low-voltage installations and their related lightning threat parameters，23rd International Confer-ence on Lightning Protection，Florence.
    [12] HASSE，WIESENGER：1992，Lightning protection for information systems：a part of EMC，21st International Conference on Lightning Protection，Berlin.