2Klaus D W, Balnaves D . Internal faults in distribution switchgear - where are we now and where are we going. Trends in Distribution Switchgear, Conference Publication No. 459 IEE 1998: 68～72.
3Sidhu T S, Singh G, Sachdev M S. Protection of power system apparatus against arcing faults. 1998 IEEE Region 10th International Conference on Global Connectivity in Energy, Computer, Communication and Control, 1998: 436～439.
4Sidhu T S, Sachdev M S, Sagoo G S. Detection and location of low-level arcing faults in metal-clad electrical apparatus. Developments in Power System Protection, Conference Publication No. 479 IEE, 2001: 157～160.
5Sidhu T S, Sagoo G S, Sachdev M S. Multi-sensor secondary device for detection of low-level arcing faults in metal-clad MCC switchgear panel. IEEE Transactions on Power Delivery, 2002, 17(1): 129～134.
6Nakano S, Tsubaki T, Hironaka S. Applying a voice recognition system for SF6 gas insulated switchgear's inspection/maintenance services. IEEE Transactions on Power Delivery, 2001, 16(4): 534～538.
7Sidhu T S, Sagoo G S, Sachdev M S. On-line detection of low-level arcing faults in metal-clad electrical apparatus. Electrical and Computer Engineering, 2000 Canadian Conference, 2000: 730～734.
8Bartlett E J , Vaughan M, Moore P J . Investigation into electromagnetic emissions from power system arcs. EMC York 99, Conference Publication No. 464, IEE, 1999: 47～52.
9Land H B , Eddins C L, Gauthier L R, et al. Design of a sensor to predict arcing faults in nuclear switchgear. IEEE Transactions on Nuclear Science, 2003, 50(4): 1161～1165 .
10Kalkstein E W, Doughty R L, Paullin A E, et al. Safety benefits of arc-resistant metalclad medium-voltage dwitchgear. IEEE Translations on Industry Application, 1995, 31(6): 1402～1410.
