Recent progress of high power narrow linewidth fiber laser

time	organization	power/kW	linewidth/GHz	M²	limited factors	polarization	reference
2014	Air Force Research Laboratory	1.17	3	1.2	SBS	Non PM	[26]
2015	National University of Defense Technology	0.56	5	1.3	MI	PM	[23]
2016	Air Force Research Laboratory	1	2.3	＜1.2	SBS	Non PM	[27]
2019	Korea Advanced Optical Research Center	0.818	＜7	near single mode	SBS	PM	[28]
2020	Shanghai Institute of Optics and Mechanics	1.27	2.2	＜1.2	SBS	Non PM	[29]

Table 2.
Representative research results of fiber laser with 10～100 GHz linewidth (PM refers to polarization maintained)
10～100 GHz线宽光纤激光器的代表性研究成果(表中PM表示偏振保持)

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Table 2.
Representative research results of fiber laser with 10～100 GHz linewidth (PM refers to polarization maintained)
10～100 GHz线宽光纤激光器的代表性研究成果(表中PM表示偏振保持)

time	organization	power/kW	linewidth/GHz	M²	limited factors	polarization	reference
2016	China Academy of Engineering Physics	2.9	82	multi-mode	MI	Non PM	[30]
2017	Shanghai Institute of Optics and Mechanics	2.7	50	＜1.2	pump power	Non PM	[40]
2018	China Academy of Engineering Physics	3.5	48	1.89	MI	Non PM	[41]
2017	National University of Defense Technology	2.43	68	near single mode	pump power	PM	[38]
2019	Tsinghua University	2.19	23	1.46	pump power	Non PM	[31]
2019	China Academy of Engineering Physics	1.5	13	1.24	SBS	PM	[42]
2019	China Academy of Engineering Physics	2.62	32	＜1.3	MI	PM	[43]

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Qiuhui Chu, Chao Guo, Donglin Yan, Qiang Shu, Yi Shi, Jing Wen, Honghuan Lin, Jianjun Wang. Recent progress of high power narrow linewidth fiber laser[J]. High Power Laser and Particle Beams, 2020, 32(12): 121004

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Paper Information

Category: Fiber Laser

Received: May. 26, 2020

Accepted: --

Published Online: Jan. 6, 2021

The Author Email:

DOI:10.11884/HPLPB202032.200144

Topics

laser devices and laser physics

Lasers and Laser Optics

Laser physics

laser manufacturing

Instrumentation, Measurement and Metrology

Table 1. Representative research results of fiber laser with linewidth less than 10 GHz (PM refers to polarization maintained)线宽小于10 GHz光纤激光器的代表性研究成果(表中PM表示偏振保持)

Table 1. Representative research results of fiber laser with linewidth less than 10 GHz (PM refers to polarization maintained)线宽小于10 GHz光纤激光器的代表性研究成果(表中PM表示偏振保持)

Table 2. Representative research results of fiber laser with 10～100 GHz linewidth (PM refers to polarization maintained)10～100 GHz线宽光纤激光器的代表性研究成果(表中PM表示偏振保持)

Table 2. Representative research results of fiber laser with 10～100 GHz linewidth (PM refers to polarization maintained)10～100 GHz线宽光纤激光器的代表性研究成果(表中PM表示偏振保持)

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Table 1.
Representative research results of fiber laser with linewidth less than 10 GHz (PM refers to polarization maintained)
线宽小于10 GHz光纤激光器的代表性研究成果(表中PM表示偏振保持)

Table 1.
Representative research results of fiber laser with linewidth less than 10 GHz (PM refers to polarization maintained)
线宽小于10 GHz光纤激光器的代表性研究成果(表中PM表示偏振保持)

Table 2.
Representative research results of fiber laser with 10～100 GHz linewidth (PM refers to polarization maintained)
10～100 GHz线宽光纤激光器的代表性研究成果(表中PM表示偏振保持)

Table 2.
Representative research results of fiber laser with 10～100 GHz linewidth (PM refers to polarization maintained)
10～100 GHz线宽光纤激光器的代表性研究成果(表中PM表示偏振保持)