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2 Jin J. Kim, 84 : 2004
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5 B. P. Turner, "Sulfur Lamps–Progress in Their Development" 87-, 1995
6 B.P.Turner, "Progress in sulfur lamp technology" 1996
7 W.P.Lapatovich, "Novel Microwave Powered high Intensity Discharge Lamps" 139-148, 1995
8 D.M.Pozar, "Microwave Engineering" John Wiley & Sons, Inc 1997
9 Jin Joong Kim, "Light Sources Excited by Micro-wave High Intensity Discharges" 85-, 2004
10 A. M. Donald, "High frequency inductive lamp and power oscillator"
1 Jin J. Kim, 123-, 2001
2 Jin J. Kim, 84 : 2004
3 Jin J.Kim, p.318 318-, 2002
4 김진중, "무전극 황전등 연구개발 최종 보고서" 한국전력연구원 1998
5 B. P. Turner, "Sulfur Lamps–Progress in Their Development" 87-, 1995
6 B.P.Turner, "Progress in sulfur lamp technology" 1996
7 W.P.Lapatovich, "Novel Microwave Powered high Intensity Discharge Lamps" 139-148, 1995
8 D.M.Pozar, "Microwave Engineering" John Wiley & Sons, Inc 1997
9 Jin Joong Kim, "Light Sources Excited by Micro-wave High Intensity Discharges" 85-, 2004
10 A. M. Donald, "High frequency inductive lamp and power oscillator"
11 K. S. Oh, "Generation of circularly polarized microwave to power electrodeless HID lamp systems" 2007
12 D.O.Wharmby, "Electrodeless lamps for lighting: a review" 465-473, 1993
13 Stephan Offermanns, "Electrodeless high-pressure microwave discharges" 67 : 1990
14 J. J. Kim, "An electrodeless HID sulfur lamp system using a non-rotating bulb excited by circularly polarized micro wave discharges" 2007
15 C. W. Johnston, "A self-consistent LTE model of a microwave-driven, high-pressure sulphur lamp" 35 : 2002