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1.M.Liu,R.Tang,A.P.Luo,W.C.Xu,Z.C.Luo,“Graphene-decoratedmicrofiberknotasabroadbandresonatorforultrahigh-repetition-ratepulsefiberlasers[Invited],”Photon.Res.6(10),C1-C7(2018).
2.Z.W.Wei,M.Liu*,S.X.Ming,A.P.Luo,W.C.Xu,andZ.C.Luo,“Pulsatingsolitonwithchaoticbehaviorinafiberlaser,”Opt.Lett.43(24),5965(2018).
3.M.Liu,H.Li,A.P.Luo,H.Cui,W.C.Xu,Z.C.Luo,“Real-timevisualizationofsolitonmoleculeswithevolvingbehaviorinanultrafastfiberlaser,”J.ofOpt.20(3),034010(2018).
4.M.Liu,A.P.Luo,W.C.XuandZ.C.Luo,“Coexistenceofboundsolitonandharmonicmode-lockingsolitoninanultrafastfiberlaserbasedonMoS2-depositedmicrofiberphotonicdevice,”Chin.Opt.Lett.16(2),020008(2018).
5.M.Liu,X.F.Jiang,Y.R.Yan,X.D.Wang,A.P.Luo,W.C.Xu,Z.C.Luo,“Blackphosphorusquantumdotsforfemtosecondlaserphotonics,”Opt.Commun.406,85-90(2018).
6.M.Liu,H.J.Chen,A.P.Luo,G.Y.Zhou,Z.C.Luo,W.C.Xu,“IdentificationofCoherentandIncoherentSpectralSidebandsinanUltrafastFiberLaser,”IEEEJ.Sel.Top.QuantumElectron.24(3),1-6(2017).
7.M.Liu,A.P.Luo,Z.CLuo,W.C.Xu,“Dynamictrappingofapolarizationrotationvectorsolitoninafiberlaser,”Opt.Lett.42(2),330-333(2017).
8.M.Liu,A.P.Luo,W.C.Xu,andZ.C.Luo,“Dissipativeroguewavesinducedbysolitonexplosionsinanultrafastfiberlaser,”Opt.Lett.41(17),3912-3915(2016).
9.M.Liu,A.P.Luo,Y.R.Yan,S.Hu,Y.C.Liu,H.Cui,Z.C.Luo,andW.C.Xu,“Successivesolitonexplosionsinanultrafastfiberlaser,”Opt.Lett.41(6),1181-1184(2016).
10.M.Liu,Z.R.Cai,S.Hu,A.P.Luo,C.J.Zhao,H.Zhang,W.C.Xu,andZ.C.Luo,“Dissipativeroguewavesinducedbylong-rangechaoticmulti-pulseinteractionsinafiberlaserwithatopologicalinsulator-depositedmicrofiberphotonicsdevice,”Opt.Lett.40(20),2667-2770(2015).
11.M.Liu,A.P.Luo,X.W.Zheng,N.Zhao,H.Liu,Z.C.Luo,W.C.Xu,Y.Chen,C.J.Zhao,andH.Zhang,“Microfiber-basedhighlynonlineartopologicalinsulatorphotonicdevicefortheformationofversatilemulti-solitonpatternsinafiberlaser,”IEEE/OSAJ.LightwaveTechnol.33(10),2056-2061(2015).
12.M.Liu,X.W.Zheng,Y.L.Qi,H.Liu,A.P.Luo,Z.C.Luo,W.C.Xu,C.J.Zhao,andH.Zhang,“Microfiber-basedfew-layerMoS2saturableabsorberfor2.5GHzpassivelyharmonicmode-lockedfiberlaser,”Opt.Express22,22841-22846(2014).
13.M.Liu,N.Zhao,H.Liu,X.W.Zheng,A.P.Luo,Z.C.Luo,W.C.Xu,C.J.Zhao,H.ZhangandS.C.Wen,“Dual-wavelengthharmonicallymode-lockedfiberlaserwithtopologicalinsulatorsaturableabsorber,”IEEEPhoton.Technol.Lett.26(10),983-986(2014).
14.M.Liu,H.Liu,X.W.Zheng,N.Zhao,A.P.Luo,Z.C.Luo,andW.C.Xu,“Demonstrationofmultiwavelengtherbium-dopedfiberlaserbasedonamicrofiberknotresonator,”IEEEPhoton.Technol.Lett.26(14),1387-1390(2014).
15.H.J.Chen,M.Liu,J.Yao,S.Hu,J.B.He,A.P.Luo,W.C.Xu,Z.C.Luo,“Buildupdynamicsofdissipativesolitoninanultrafastfiberlaserwithnet-normaldispersion,”Opt.Express26(3),2972-2982(2018).
16.H.J.Chen,M.Liu,J.Yao,S.Hu,J.B.He,A.P.Luo,Z.C.Luo,W.C.Xu,“SolitonBootingDynamicsinanUltrafastAnomalousDispersionFiberLaser,”IEEEPhoton.J.10(2),1-9(2018).
17.Z.C.Luo,M.Liu,A.P.LuoandW.C.Xu,“Two-dimensionalmaterials-decoratedmicrofiberdevicesforpulsegenerationandshapinginfiberlasers,”ChinesePhysicsB,27(90),094215(2018).
18.Z.R.Cai,M.Liu,S.Hu,J.Yao,A.P.Luo,Z.C.Luo,andW.C.Xu,“Graphene-decoratedmicrofiberphotonicdeviceforgenerationofroguewavesinafiberlaser,”IEEEJ.Sel.Top.QuantumElectron.23(1),0900306(2016).
19.A.P.Luo,M.Liu,X.D.Wang,Q.Y.Ning,W.C.Xu,andZ.C.Luo,“Few-layerMoS2-depositedmicrofiberashighlynonlinearphotonicdeviceforpulseshapinginafiberlaser[Invited],”PhotonicsRes.3(2),A69-A78(2015).
20.Z.C.Luo,M.Liu,Z.N.Guo,X.F.Jiang,A.P.Luo,C.J.Zhao,X.F.Yu,W.C.Xu,andH.Zhang,“Microfiber-basedfew-layerblackphosphorussaturableabsorberforultra-fastfiberlaser,”Opt.Express23(15),20030-20039(2015).
21.N.Zhao,M.Liu,H.Liu,X.W.Zheng,Q.Y.Ning,A.P.Luo,Z.C.Luo,andW.C.Xu,“Dual-wavelengthrectangularpulseYb-dopedfiberlaserusingamicrofiber-basedgraphenesaturableabsorber,”Opt.Express22(9),10906–10913(2014).
22.Z.C.Luo,M.Liu,H.Liu,X.W.Zheng,A.P.Luo,C.J.Zhao,H.Zhang,S.C.Wen,andW.C.Xu,“2GHzpassivelyharmonicmode-lockedfiberlaserbyamicrofiber-basedTopologicalInsulatorsaturableabsorber,”Opt.Lett.38(24),5212-5215(2013).