Optical Fiber Raman Spectra of CCl4
LI Zuowei, CHANG Tiejun, SUN Xin, PEI Li, GAO Shujin*
Department of Physics, Jilin University, Changchun 130023
* Department of Physics, Jilin University of Technology, Changchun 130021
Optical Fiber Raman Spectra of CCl4
LI Zuowei;CHANG Tiejun;SUN Xin;PEI Li;GAO Shujin*
Department of Physics, Jilin University, Changchun 130023
* Department of Physics, Jilin University of Technology, Changchun 130021
关键词 ：
33.20.Fb ,
42.81.Wg ,
78.30.Cp
Abstract ： Raman spectra of CCl4 is enhanced by a factor of 102 -103 by means of hollow core quartz optical fiber filled with binary solution containing CCl4 . The concentration of CCl4 in solution affects on Raman scattering coefficient of CC14 also on aperture angle of liquid core optical fiber. For each kind of solution filling the hollow core optical fiber there is an optimum CC14 concentration corresponding to a maximum Raman spectra of CCl4 .
Key words ：
33.20.Fb
42.81.Wg
78.30.Cp
出版日期: 1993-07-01
:
33.20.Fb
(Raman and Rayleigh spectra (including optical scattering) ?)
42.81.Wg
(Other fiber-optical devices)
78.30.Cp
[1]
XU Yong-Zhao;REN Xiao-Min;ZHANG Xia;HUANG Yong-Qing. A Fully Vectorial Effective Index Method for Accurate Dispersion Calculation of Photonic Crystal Fibres
[2]
ZHANG Wei;XIAO Li;ZHANG Lei;HUANG Yi-Dong;PENG Jiang-De. Microstructure-Fibre-Based Optical Parametric Amplification in Telecom Band with Ultra-High Gain Slope
[3]
DU Ge-Guo;LI Da-Jun;LI Hong-Wei;MAI Bing-Liang;YOU Jie-Shun;RUAN Shuang-Chen. A Wide-Band Thulium-Doped Silica Fibre Amplifier
[4]
LOU Shu-Qin;JIAN Wei;REN Guo-Bin;JIAN Shui-Sheng. An Ultra-Broadband Single-Polarization Single-Mode Photonic Crystal Fibre
[5]
LIU Xue-Ming; LI Yan-He. Optimal Design of Dual-Pump Fibre-Optical Parametric Amplifiers with Dispersion Fluctuations Based on Hybrid Genetic Algorithm
[6]
WANG Xin-Wei;ZHANG Zhen-Yu;ZHUANG Huai-Xuan;SHENG Qiu-Qin. Spectral Characteristics of Mechanically Induced Long-Period Fibre Gratings by New Double-Layer Grating Templates
[7]
HUANG Wen-Cai;MING Hai;CAI Zhi-Ping;XU Hui-Ying;YE Chen-Chun. A Selective C and L-Band Amplified Spontaneous Emission Source Using a 1×2 Optical Switch
[8]
LI Zeng-Chang;LIANG Hao;ZHENG Zhi-Qiang;ZHANG Qi-Jin;MING Hai. Amplified Spontaneous Emission of Rhodamine B-Doped Step-Index Polymer Optical Fibre
[9]
FENG Xiao-Ming;WANG Yong-Gang;LIU Yuan-Yuan;LAN Yong-Sheng;LIN Tao;WANG Jun;WANG Xiao-Wei;FANG Gao-Zhan;MA Xiao-Yu;WANG Yong-Gang;ZHANG Zhi-Gang. Passive Q-Switching Modelocked Yb3+ -Doped Fibre Laser with GaAs Absorber Grown at Low Temperature
[10]
LI Shi-Guang;YANG Chang-Xi;MIAO Hou-Xun;ZHANG Yang;ZHANG En-Yao;JIN Guo-Fan. Frequency Dependence of Polarization Mode Dispersion in a Crystal-Based Polarization Mode Dispersion Compensator
[11]
Sulaiman Wadi Harun;Nor Kamilah Saat;Harith Ahmad. A Partial Double-Pass S-Band Erbium-Doped Fibre Amplifier
[12]
SHENG Xin-Zhi;LOU Shu-Qin. Influence of Deformation Holes on Properties of Photonic Crystal Fibres
[13]
FU Yun-Liang; WU Ying-Cai; YUAN Yi-Fang;CHEN Bao-Xue. Raman Spectra of Proton-Exchanged LiNbO3 Optical Waveguides
[14]
YOU Jing-Lin;JIANG Guo-Chang;HOU Huai-Yu;CHEN Hui;WU Yong-Quan;XU Kuang-Di. An Ab-Initio Calculation of Raman Spectra of Binary Sodium Silicates
[15]
DAI Shi-Xun;ZHANG Jun-Jie;LI Shun-Guang;HU Li-Li;JIANG Zhong-Hong. Characterization of Amplified Spontaneous Emission from Er3+ -Doped Tellurite Fiber
1993, Vol. 10 
