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2IEC 60287-2, Calculation of the Current Rating-Part 2: Thermal Resistance[S]. 2001.
3IEC 60287-3. Calculation of the Current Rating-Part 3: Sections on Operating Conditions[S]. 1999.
4George J.Anders. Rating of Electric Power Cables-Ampacity Computations for Transmission, Distribution, and Industrial Applications[M]. IEEE Power Engineering Society, 1997.
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3IEC 60287--2. Calculation of the current rating--part 2: thermal resistance[S]. 2001.
4IEC 60287--3. Calculation of the current rating--part 3: sections on operating conditions[S]. 1999.
5George J Anders. Rating of electric power cablesampacity computations for transmission, distribution, and industrial applications[M]. IEEE Power Engineering Society, 1997.
6Pascal Vaucheret, derating factors conduit[J]. IEEE Hartlein R A, et al. Ampacity for cables in short segment of Transactions on Power Delivery,2005: 1-6.
7IEC949. Calculation of thermally permissible shortcircuit currents, taking into account non-adiabatic heating effects[S]. 1998.
8Ferkal K, Poloujadoff M. Proximity effect and eddy currency losses in insulated cables[J]. IEEE Transactions on Power Delivery, 1996, 11(3).
