近期论文
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代表论文
1.JunliWang*,XiaoliWang,JingjingLei,MengyuanMa,CongWang,YanqiGe,andZhiyiWei.Recentadvancesinmode-lockedfiber
lasersbasedontwo-dimensionalmaterials.Nanophotonics,2020,中科院一区.Accepted.
2.MengyuanMa,JiantianZhang,YaoZhang,XiaoliWang,JunliWang*,PengYu,ZhengLiu,ZhiyiWei.TernarychalcogenideTa2NiS5nanosheets
forbroadbandpulsegenerationinultrafastfiberlasers.Nanophotonics,2019(Invitedpaper)IF:7.1,中科院一区.PublishedOnline:
2019,DOI:https://doi.org/10.1515/nanoph-2019-0350
3.MengyuanMa,WenWen,YaoZhang,ChenxiDou,JunliWang*,LimingXie.Few-layerReS2(1−x)Se2xnanoflakesfornoise-likepulsegeneration
inamode-lockedytterbium-dopedfiberlaser.JournalofMaterialChemistryC,7,2019(Insidebackcoverpaper)IF:6.641,中科院一区.
4.ChenxiDou,WenWen,JunliWang*,MengyuanMa,LimingXie,Ching-HwaHo,ZhiyiWei.TernaryReS2(1-x)Se2xalloysaturable
absorberforpassivelyQ-switchedandMode-lockedErbium-dopedall-fiberlasers.PhotonicsResearch,7(3),2019.IF:5.522，中科院一区.
5.Wang,Junli*;Chen,Lei;Dou,Chenxietal.Mo0.5W0.5S2forQ-switchedpulsegenerationinytterbium-dopedfiberlaser.
Nanotechnology,29(22),2018.IF:3.4,中科院二区.
6.Wang,Junli*;Xing,Yupeng;Chen,Lei;Li,Sha,Jia,Haotian;zhu,jiangfeng;Wei,Zhiyi.PassivelyQ-switchedYb-dopedFiberLaserwith
BlackPhosphorusSaturableAbsorber.IEEE/OSAJournalofLightwaveTechnology.36(10),2018.IF:4.16中科院二区.
7.Wang,Junli*;Dou,Chenxi;Chen,Lei;Yan,Haiting;MengLingjie;zhu,jiangfeng;Wei,Zhiyi.HighenergypassivelyQ-switchedEr-dopedfiber
laserbasedonMo0.5W0.5S2saturableabsorber.OpticalMaterialsExpress,8(2),2018.中科院二区.
8.Wang,Junli*;Sha,Li;Xing,Yupengetc.HighenergypassivelyQ-switchedYb-dopedfiberlaserbasedonWS2andBi2Te3saturableabsorbers.JournalofOptics,19(9),2017,IF:2.75,中科院三区.
9.Wang,JunLi*;He,BR;Dai,SX;Zhu,JF;Wei,ZY,WaveguideinTm3+-dopedChalcogenideGlassFabricatedbyFemtosecondLaserDirectWriting.IEEEPhotonicsTechnologyLetters,27(3),2015.IF:2.55，中科院三区.
10.Wang,Junli*;BuXiangbao;WangRui;Zhanglong;zhujiangfeng;Han,hainian;Wei,Zhiyi.All-normalpassiveharmonicmode-locking220fsYbfiberlaser.AppliedOptics,53(23),2014.IF:1.97，中科院三区.
11.WangJun-Li*,WangXue-Ling,HeBo-Rong,ZhuJiang-Feng,WeiZhi-Yi,andWangYong-Gang.HighEnergyPulsegenerationusingYb-dopedQ-switchedfiberLaserBasedonSingle-WalledCarbon-Nanotubes.ChinesePhysicsB,24(9):097601,2015.IF:1.469,中科院三区.
12.WangJun-Li*,WangXue-Ling,HeBo-Rong,ZhuJiang-Feng,WangYong-Gang,WeiZhi-Yi.HighEnergyPulseallnormaldispersionYb-dopedfiberLaserBasedonnonlinearpolarizationevolution.ChinesePhysicsLetters32(11):114202,2015.
13.Yan-FangCao,Xiang-HaoMeng,Jun-LiWang*,Zhao-HuaWang*,Meng-YaoCheng,Jiang-FengZhu,andZhi-YiWei.7.6-Wdiode-
pumpedfemtosecondYb:KGWlaser.ChinesePhysicsB,28(4),2019.IF:1.469,中科院三区.
14.YaoZhang,Wang,Junli*,etal.Mode-lockedTm-dopedfiberlaserwithlargemodulationdepthReS1.02Se0.98nanosheetsaturableabsorber.
JapaneseJournalofAppliedPhysics.58,2019
15.JunLiWang*,Z.J.Jiang,J.F.Zhu,Y.GWang.Twotypesofcavitiesforside-pumpedNd:YAGlasermodelockedbysemiconductorsaturable
absorbermirror.Optik,126,3752–3754,2015.
16.JunliWang*,JieLi.Erroranalysisontwo-waveplatepolarizationstatetransformersbygeometrymethod.Optik,121(8),2010
17.贾浩天，王军利*.滕浩;吕志国;刘文军;魏志义.亚皮秒L波段掺铒全光纤锁模激光器.中国激光，2016（中国激光优秀论文）
18.杨佩龙，戴世勋，罗宝华，王军利*.中红外色散平坦渐减光纤设计.光子学报.2016
19.王军利,吕志国,卜祥宝.稀土离子掺杂飞秒光纤激光器最新进展.激光与电子学进展.49(10),2012
20.王晓丽，吴倩楠，王军利*.一种基于石英玻璃衬底的MEMS阶跃交指滤波器.微电子学.49(5),2019
21.王军利*,方强,王永昌等.三波片偏振变换器误差分析[J].光学学报,25(5),2005
22.王军利*,方强,柳祝平,王永昌.PDL对光纤通信系统中光信号偏振态的影响[J].光电子・激光,15(12),2004
23.王军利*,方强,王永昌.一种新型偏振态发生器的实验研究[J].光电子・激光,16(10),2005
24.王军利*,石顺祥.一种新型偏振态发生器[J].光电子・激光,18(6),2007
25.王军利*,方强,王永昌等.单模光纤中偏振模色散测量方法的研究[J].半导体光电,25(5)
期刊论文
1.PeilongYang,HaoTeng,ZhongqiHu,ShaoboFang,JunliWang,JiangfengZhu,ZhiyiWei.HighlystableYb-fiberlaseramplifierofdelivering
32-uJ,153-fspulsesat1-MHzrepetitionrate.AppliedPhysicsB-LasersandOptics,124(8),2018，IF:1.77，中科院三区.
2.YangYu,HaoTeng,HuiboWang,LinaWang,JiangfengZhu,ShaoboFang,GuoqingChang,JunliWang,andZhiyiWei.Highly-stablemode-
lockedPMYb-fiberlaserwith10nJin93-fsat6MHzusingNALM.OpticsExpress.26(8),2018.IF:3.56,中科院二区.
3.PeilongYang,HaoTeng,ShaoboFang,ZhongqiHu,GuoqingChang,JunliWangandZhiyiWei.65-fsYb-dopedall-fiberlaserusingtapered
fiberfornonlinearityanddispersionmanagement.OpticsLetters.43(8),2018.IF:3.86,中科院二区.
4.ZhiguoLv;HaoTeng;LinaWang;RuiWang;JunliWang;ZhiyiWei.Highpowermode-lockedrod-typefiberfemtosecondlaserwithmicro-jouleenergy.OpticsCommunications,370,2016
5.Zhiguo,L.V;HaoTeng;ShaoboFang;HaotianJia;LinaWang;JunliWang;ZhiyiWei.Aharmonicallymode-lockeddarksolitonandbright-darksolitonpairytterbiumfiberlaser.JournalofOptics,18(6),2016
6.ZhiguoLv,HaoTeng,RuiWang,LinaWang,JunliWang,ZhiyiWei.Tunabletriple-wavelengthmode-lockedytterbiumfiberlaserwithbirefringencefilter.AppliedPhysicsB:LasersandOptics,121(1),2015
7.LüZhi-Guo,TengHao,WangLi-Na,WangRui,WangJun-Li,WeiZhi-Yi.Fabricationof16Wall-normal-dispersionmode-lockedYb-dopedrod-typefiberlaserwithlarge-modearea.ChinesePhysicsB,2015,24(11),114203-1-114203-4.
8.LiangLv,YongdngZhang,JunliWang,ZhiguoZhang,ZhiyiWei,HuaijinZhang.Theoryandexpeimentofallsolid-stateCWYb:YGGlasers.InfraredandLaserEngineer,41(3),2012.
9.BinbinZhouZhiyiWei,YongdongZhang,XinZhong,G.L.Bourdet,andJunliWang.High-efficiencydiode-pumpedfemtosecondYb:YAGceramiclaser[J].OpticsLetters,35(3),2010
10.YongdongZhang,ZhiyiWei,BinbinZhou,ChangwenXu,YuwanZou,DehuaLi,JunliWang.Diode-pumpedpassivelymode-lockedYb:Y3Ga5O12laser[J].OpticsLetters.34(21),2009
会议论文
1.HangdongHuang,YaoZhang,HaoTeng,ShaoboFang,JunliWang,JiangfengZhu,GuoqingChang,ZhiyiWei.Pre-ChirpManagedAmplification
ofCircularlyPolarizedPulsesUsingchirpedMirrorsforPulseCompression.CLEO2019,SanJose,USA
2.HengYin,JunliWang*,JiabeiTang,QuanHu,ChangguiLin,ShixunDai,ZhiyiWei.FemtosecondLaserWritingWaveguideinKZnF3:Ni2+.OSA
NonlinearOptics.USA,2019.
3.MengyuanMa,JunliWang*,YaoZhang,ChenxiDou,JiangfengZhu,ZhyiWei.PassivelyQ-switchedytterbium-dopedall-fiberlaserbasedon
ReSSesaturableabsorber,The7thConferenceonAdvancesinOptoelectronicsandMicro/nano-optics,Xi’an,China,2018
4.JiabeiTang,QuanHu,JunliWang*,ChangguiLin,shixundai,JiangfengZhu,ZhiyiWei.Ni2+:KZnF3Glass-CeramicsWaveguideBeamSplitters
InscribedbyFemtosecondLaser.OSALaserCongress2018,Boston,USA.
5.Yaozhang,JunliWang*,MengyuanMa,ChenxiDou,JiangfengZhu,ZhiyiWei.PassivelyQ-switchedandMode-lockedThuliumDopedall-
FiberLaserbasedonReSSeSaturableAbsorber.MOTA2018
6.QuanHu,JunliWang*,LeiChenet.al.Q-SwitchedTm-dopedFiberRingLaserUsingMo0.8W0.2S2SaturableAbsorber.CIOP2018.
7.JunliWang,HaotianJia,HaoTeng,et.al.GenerationOf408FsDarkSolitonPulseInAMode-lockedYtterbium-dopedFiberLaser.CLEO-PR,Singapore,2017.
8.ChenxiDou,JunliWang*,LeiChen,et.al.Q-switchedEr-dopedall-fiberlaserbasedonW0.5Mo0.5S2saturableabsorber.HighIntensityLasersandHigh-FieldPhenomena,France,2018.
9.JunliWang,ShaLi,YonggangWang,JiangfengZhu,ZhiyiWei.High-energyQ-switchedYb-dopedFiberLaserBasedonWS2FilmSaturableAbsorber.ACPC,oral,Wuhan,2016.
10.JunliWang,BoronHe,JiangfengZhu,ZhiyiWei,ShixunDai.SinglelinewaveguideinsideHo3+-dopedchalcogenideglassinscribedbyfemtosecondlaser.CLEOPacificRim,Posterpaper,Busan,Korea,2015.
11.ShaLi,JunliWang*,JiangfengZhu,andzhiyiwei.PassivelyQ-switchedYtterbium-dopedFiberLaserBasedonMechanicallyExfoliatedBlackPhosphorus.CLEO,SanJose,2016.
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