温度对光纤布喇格光栅化学传感器性能的影响

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4期盂照方,等:温度对光纤布喇格光栅化学传感器性能的影响

779———————————————————————————————————————————————————————一

InnuenceofTemperatureonPerI.ormanceofFiber

BraggGrating

BasedonChemicalSensor

MENGZhao-fang,YANBin-bin,SANGXin—zhu,YUChong.xiu,WANG

Kui—ru,XUDa—xiong(KP,L口60m£o纠o,∞fic口£Comm姗i倒iD纷鲫dLig^£伽wn如珂Dzogf口s盯施,l幻删o,础“fnfiD挖,

BP巧i,lgU咒i优"i砂o,Poj拈口一dTOZFfom研“聍if4£iD船,BP巧i柙g100876,C矗i挖口)

Receiveddate:2007一12—11

Abstract:ThechemicalsensingprinciplebasedonFiberBragg

Grating(FBG)waspresented.Therelation

betweeneitectlyecorelndexandsurroundingindexofetchedFBGwasderived

andobtainedbynumerical

calculation.Theerrorofsensingaffectedbytemperaturewasdiscussed.Theresults

showthatthesensor

sensltlVltylsaf{ectedbytemperature

throughboththeFBGsandtherefractiveindexofchemicalsolutions

change·Aschemeoftemperature—insensitiVechemicalsensorbasedonFBGswasdesigned.WavelengthshntotsensorVersustemperaturefortwoFBGsinlowand

highconcentrationofpropyleneg】ycolsolution

IsexperimentanyinVestigated.Theresultindicatesthat,two

wavelengthshiftsofthesensorinpurifiedwaterexhibitalmostthesamethermaleffects,sothatthethermaleffect

canbeeIiminatedbymeasuringthe.一waVelengthdifference.Theratiobetweenentirewavelengthshiftwiththermaleffectandwavelengthshift

otgratlngnotetchedisO.6,whichisbasicanythesametheoreticalresuIt.Theentire

wavelengthshift

wIththermaleffectcanbeeducedby

waVelengthshiftofgratingnotetched,e“minatingthethermaleffect‘1insoIutionsensing.

Keywords:FiberBragggrating;Chemicalsensor;Refractiveindex;Temperature-insensitive

MENGZhao-fangwasborninl984andreceivedtheB.S

degreefromSchoolofElectronic—

Engineering,BeijingUniVersityofPostsandTelecommunications.Nowheis

agraduate

studentfortheM.S.degreeatBeijingUniversityofPostsandTelecommunications,and

researchinterestsfocusonthe

opticalfibersensorsandnonlinearoptics.

温度对光纤布喇格光栅化学传感器性能的影响

作者:孟照方, 颜玢玢, 桑新柱, 余重秀, 王葵如, 徐大雄, MENG Zhao-fang, YAN Bin-bin, SANG Xin-zhu, YU Chong-xiu, WANG Kui-ru, XU Da-xiong

作者单位:北京邮电大学,光通信与光波技术教育部重点实验室,北京,100876

刊名:

光子学报

英文刊名:ACTA PHOTONICA SINICA

年,卷(期):2009,38(4)

被引用次数:1次

1.YARIV A Optical electronics in modern communications 1997

2.桑新柱;余重秀;颜玢玢基于光纤布喇格光栅的化学传感器[期刊论文]-光学精密工程 2006(05)

3.CHRYSSIS A N;LEE S M;LEE S B High sensitivity evanescent field fiber Bragg grating sensor[外文期刊] 2005(06)

4.LIANG W;HUANG Y;XU Y Highly sensitive fiber Bragg grating refractive index sensors 2005(15)

5.廖毅;饶云江;胡永明低成本长周期光纤光栅传感系统[期刊论文]-光子学报 2007(04)

6.崔春雷;刘伟平;黄红斌长周期光纤光栅包层模特性及其对传输谱的影响[期刊论文]-光子学报 2005(10)

7.张向东;李育林;彭文达光纤光栅型温湿度传感器的设计与实现[期刊论文]-光子学报 2003(10)

8.SHU X;CHISHOLM K;FELMERI L Highly sensitive transverse loading sensing with reversible sampled fiber Bragg gratings[外文期刊] 2003(15)

9.SANG Xin-zhu;YU Chong-xiu;YAN Bin-bin Temperature-insensitive chemical sensor with twin Bragg gratings in an optical fiber[外文期刊] 2006(12)

10.SANG X Z;YU Chong-xiu;MAYTEEVARUNYOO T Temperature-insensitive chemical sensor based on a fiber Bragg grating[外文期刊] 2007(02)

11.KERSEY A D;DAVIS M A;PATRICK H J Fiber grating sensors[外文期刊] 1997(08)

1.曾军英.桑新柱.余重秀.刘云霞.ZENG Jun-ying.SANG Xin-zhu.YU Chong-xiu.LIU Yun-xia高非线性光纤中光子对产生中的噪声及其抑制[期刊论文]-半导体光电2006,27(6)

2.桑新柱.董明利.邓文怡.吕乃光四站位三维视觉测量系统[期刊论文]-光电子·激光2002,13(11)

3.颜玢玢.余重秀.王葵如.桑新柱.忻向军.徐大雄.YAN Bin-bin.YU Chong-xiu.WANG Kui-ru.SANG Xin-zhu.XIN Xiang-jun.XU Da-xiong折射率直流分量调制对光纤Bragg光栅的影响[期刊论文]-光子学报2008,37(10)

4.桑新柱.余重秀.张琦.王旭.SANG Xin-zhu.YU Chong-xiu.ZHANG Qi.WANG Xu基于多孔光纤的参量波长变换[期刊论文]-中国激光2005,32(2)

5.张琦.余重秀.徐大雄.王守源.忻向军.桑新柱.邸志刚.ZHANG Qi.YU Chong-xiu.XU Da-xiong.WANG Shou-yuan. XIN Xiang-jun.SANG Xin-zhu.DI Zhi-gang基于光纤光栅的编解码器的研究[期刊论文]-半导体光电2006,27(5)

6.吕乃光.冯迪.邓文怡.桑新柱用BP神经网络构成三维视觉测量系统的新方法[期刊论文]-华中科技大学学报(自然科学版)2002,30(5)

7.桑新柱.余重秀.王旭.张琦.徐大雄全息技术在光通信器件中的新应用[期刊论文]-应用激光2004,24(1)

8.张琦.余重秀.徐大雄.陈卓.王守源.王旭.桑新柱.忻向军.ZHANG Qi.YU Chong-xiu.XU Da-xiong.CHEN Zhuo. WANG Shou-yuan.WANG Xu.SANG Xin-zhu.XIN Xiang-jun OCDMA频域/时域的新型线性组合编码[期刊论文]-光电子·激光2005,16(6)

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