Influence of Nonlinear Absorption on Z-Scan Measurements of Nonlinear Refraction
LIU Zhi-Bo, TIAN Jian-Guo, ZANG Wei-Ping, ZHOU Wen-Yuan, ZHANG Chun-Ping, ZHANG Guang-Yin
Photonics Center, Institute of Physics, Nankai University, Tianjin 300071
Influence of Nonlinear Absorption on Z-Scan Measurements of Nonlinear Refraction
LIU Zhi-Bo;TIAN Jian-Guo;ZANG Wei-Ping;ZHOU Wen-Yuan;ZHANG Chun-Ping;ZHANG Guang-Yin
Photonics Center, Institute of Physics, Nankai University, Tianjin 300071
关键词 ：
42.65.-k ,
42.65.Jx ,
41.20.Jb
Abstract ： A simple division of close-aperture Z-scan curve by open-aperture Z-scan is conveniently used to obtain the nonlinear refractive index. It usually causes an error, which even reaches up to over 50% for Z-scan measurements with a pinhole or a medium with a high nonlinear absorption. Here the influence of nonlinear absorption on the determination of nonlinear refraction by Z-scan is analysed. We suggest that the error can be reduced greatly by a simple analysis of the symmetric features (symmetric method) of Z-scan curves from the2 solution of C60 derivative, symmetric method agrees well with exact simulation.
Key words ：
42.65.-k
42.65.Jx
41.20.Jb
出版日期: 2003-04-01
:
42.65.-k
(Nonlinear optics)
42.65.Jx
(Beam trapping, self-focusing and defocusing; self-phase modulation)
41.20.Jb
(Electromagnetic wave propagation; radiowave propagation)
引用本文:
LIU Zhi-Bo;TIAN Jian-Guo;ZANG Wei-Ping;ZHOU Wen-Yuan;ZHANG Chun-Ping;ZHANG Guang-Yin. Influence of Nonlinear Absorption on Z-Scan Measurements of Nonlinear Refraction[J]. 中国物理快报, 2003, 20(4): 509-512.
链接本文:
https://cpl.iphy.ac.cn/CN/
或
https://cpl.iphy.ac.cn/CN/Y2003/V20/I4/509
[1]
REN Yu-Chao;GUO Li-Xin;WU Zhen-Sen. Direct Solution of the Inverse Problem for Rough Surface Scattering
[2]
KARPESHIN Feodor;ZHANG Jing-Bo;ZHANG Wei-Ning. Resonance Conversion as a Catalyzer of Nuclear Reactions
[3]
WANG Zhi-Yong;XIONG Cai-Dong. Superluminal Behaviour of Modified Bessel Waves
[4]
ZHANG Hui-Lan;LIU Jin-Song. Evolution and Stability of Dark Holographic Solitons in Photorefractive Dissipative Systems
[5]
F. Feodor KARPESHIN;M. B.TRZHASKOVSKAYA;ZHANG Jing-Bo. Resonance Conversion as the Effective Way of Triggering the 178m2 Hf Isomer Energy
[6]
HE Xiao-Yong;CAO Jun-Cheng;FENG Song-Lin. Simulation of the Propagation Property of Metal Wires Terahertz Waveguides
[7]
TONG Rui;WU Hui-Xia;QIU Xue-Qiong;QIAN Shi-Xiong;LIN Yang-Hui;CAI Rui-Fang. Optical Performance and Nonlinear Scattering of Soluble Polystyrene Grafted Multi-Walled Carbon Nanotubes
[8]
LIU Xuan-Bin;CAO Zhuang-Qi;ZHU Peng-Fei;SHEN Qi-Shun;LIU Xiang-Min. Simultaneously Large and Opposite Lateral Beam Shifts for TE and TM Modes on a Double Metal-Cladding Slab
[9]
ZHANG Gao-Ming;PENG Jing-Cui;JIAN Zhi-Jian;HUANG Xiao-Yi. Transmission Loss due to Modes Conversion Caused by Random Surface Imperfections in Left-Handed-Material Slab Waveguides
[10]
LIU Xue-Ming;ZHAO Wei;ZHANG Tong-Yi;LU Ke-Qing;SUN Chuan-Dong;WANG Yi-Shan;OUYANG Xian;HOU Xun;CHEN Guo-Fu. Multi-Wavelength Erbium-Doped Fibre Lasers on Assistance of High-Nonlinear Photonic-Crystal Fibres
[11]
PAN Shi-Long;LOU Cai-Yun. Multiwavelength Dispersion-Tuned Actively Mode-Locked Erbium-Doped Fibre Ring Laser with Gain Competition Suppression
[12]
LIU Hong-Fei;HOU A-Lin;LIU Yun-Tao;ZHANG Da-Ming;CHUAI Xiao-Hong;YI Mao-Bin;SUN Wei. Poled Silica/DR1 Films with Thermally Stability and Large Electro-Optic Coefficient Applying in External Probe Tip
[13]
CHEN Xiao;JIANG Hong-Bing;GONG Qi-Huang. Lengthening the Lifetime of Long Plasma Channel in Air Generated by Femtosecond Laser Pulse
[14]
ZHONG Yu;SHEN Lin-Fang;RAN Li-Xin;CHEN Xu-Dong;Liisi JylhäTomasz M. Grzegorczyk;Jin Au Kong;. Reflection and Refraction on the Boundary of a Left-Handed Material with a Hyperbolic Dispersion Relation
[15]
CHEN Xiao-Wei;JIANG Yong-Liang;LENG Yu-Xin;LIU Jun;GE Xiao-Chun;LI Ru-Xin;XU Zhi-Zhan. Pulse Compression by Filamentation in Argon with an Acoustic Optical Programmable Dispersive Filter for Predispersion Compensation
2003, Vol. 20 
