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978 nm Single Frequency Actively <inline-formula> <img src="/images/tex/18865.gif" alt="Q"> </inline-formula>-Switched All Fiber Laser

contributor authorQiang Fang
contributor authorWei Shi
contributor authorXueping Tian
contributor authorBo Wang
contributor authorJianquan Yao
contributor authorPeyghambarian, N.
date accessioned2020-03-12T23:50:46Z
date available2020-03-12T23:50:46Z
date issued2014
identifier issn1041-1135
identifier other6758373.pdf
identifier urihttps://libsearch.um.ac.ir:443/fum/handle/fum/1125427?show=full
formatgeneral
languageEnglish
publisherIEEE
title978 nm Single Frequency Actively <inline-formula> <img src="/images/tex/18865.gif" alt="Q"> </inline-formula>-Switched All Fiber Laser
typeJournal Paper
contenttypeMetadata Only
identifier padid8305076
subject keywordsBragg gratings
subject keywordsQ-switching
subject keywordsfibre lasers
subject keywordslaser cavity resonators
subject keywordsoptical fibre polarisation
subject keywordsoptical modulation
subject keywordsoptical pulse generation
subject keywordssilicon compounds
subject keywordsytterbium
subject keywordsQ-switched single-frequency laser pulse generation
subject keywordsSiO<
subject keywordssub>
subject keywords2<
subject keywords/sub>
subject keywords:Yb
subject keywordslinear fiber laser cavity
subject keywordspulse duration
subject keywordspulse repetition rate
subject keywordssilica-fiber-based Bragg gratings
subject keywordssingle frequency actively Q-switched all fiber laser
subject keywordssize 2 cm
subject keywordsstress-induced polarization modulation
subject keywordswavelength 978 nm
subject keywordsytterbium-doped sil
identifier doi10.1109/LPT.2014.2308899
journal titlePhotonics Technology Letters, IEEE
journal volume26
journal issue9
filesize635190
citations0


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