Acta Photonica Sinica, Volume. 51, Issue 9, 0906001(2022)
Generation of Visible to Near-infrared Supercontinuum in Highly-nonlinear Photonic Crystal Fiber
Figures & Tables(10)
Fig. 1. The influence of structural parameters on dispersion characteristics
Fig. 5. Variation of photonic crystal fiber characteristic parameters as a function of the wavelength
Fig. 7. Variation of the output power of supercontinuum as a function of the input power
Fig. 8. Variation of supercontinuum as a function of the average pump power
Table 1. Supercontinuum generation in PCF
View tableView in ArticleTable 1. Supercontinuum generation in PCF
Researcher Time Optical fiber type Pump source parameters Spectral range/nm YAN Peiguang［ 15 ］2003 Large numerical aperture PCF 200 fs，790 nm 350~900 HILLIGSØE K［ 23 ］2004 Double zero dispersion point PCF 40 fs，790 nm 600~1 400 LEONG J［ 24 ］2006 Dispersion displacement PCF 300 fs，1 060 nm 500~1 600 LIU Weihua［ 16 ］2008 Highly nonlinear PCF 80 fs，800 nm 420~1 700 GUO C［ 25 ］2010 PCF CW，1 070 nm 1 050~1 470 ZHAO Wei［ 26 ］2011 Highly nonlinear PCF 350 ps，1 050 nm 500~1 700 LI Bin［ 27 ］2012 Air filled PCF 85 fs，1 040 nm 650~1 750 SUN Chang［ 28 ］2014 PCF 20 ps，1 060 nm 500~1 700 CHEN H［ 17 ］2014 Seven-core PCF 13 ps，1 060 nm 750~1 700 SU N［ 18 ］2017 Seven-core PCF 221 ps，1 150 nm 620~1 700 ZHAO Lei［ 29 ］2017 PCF 12 ps，1 060 nm 460~1 700 DONG Kegong［ 30 ］2018 PCF ps，1 010 nm 665~1 750
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Haihu YU, Jianwen WU, Yue MA, Xiaotao YANG, Yu ZHENG. Generation of Visible to Near-infrared Supercontinuum in Highly-nonlinear Photonic Crystal Fiber[J]. Acta Photonica Sinica, 2022, 51(9): 0906001
Paper Information
Category: Fiber Optics and Optical Communications
Received: Jan. 12, 2022
Accepted: Apr. 12, 2022
Published Online: Oct. 26, 2022
The Author Email: Yu ZHENG (zhengyu0816@whut.edu.cn)
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