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[57]T.C.Zhang#,J.H.Chen#,J.Qian#,Y.Ge,S.Q.Yuan,H.X.Sun*,andX.J.Liu*.ObservationofultrabroadbandacousticfocusingbasedonV-Shapedmeta-atoms.AdvancedMaterialsTechnologies,2020,1900956.
[56]Y.J.Lu#,Y.Ge#,S.Q.Yuan,H.X.Sun*,andX.J.Liu*.Acousticlogicgatesbyacurvedwaveguidewithultrathinmetasurfaces.JournalofPhysicsD:AppliedPhysics,2020,53:015301.
[55]Y.H.Yang#,H.X.Sun#,J.P.Xia,H.R.Xue,Z.Gao,Y.Ge,D.Jia,S.Q.Yuan,Y.D.Chong*,andB.L.Zhang*.TopologicaltriplydegeneratepointwithdoubleFermiarcs.NaturePhysics,2019,15:645-649.(1区Top期刊,IF:20.11)
[54]Y.H.Yang#,J.P.Xia#,H.X.Sun*,Y.Ge,D.Jia,S.Q.Yuan,S.Y.Yang,Y.D.Chong*,andB.L.Zhang*.Observationofatopologicalnodalsurfaceanditssurface-statearcsinanartificialacousticcrystal.NatureCommunications,2019,10:5185.(1区Top期刊,IF:11.88)
[53]Y.Y.Sun#,J.P.Xia#,H.X.Sun*,S.Q.Yuan,Y.Ge,andX.J.Liu*.Dual-bandFanoresonanceoflow-frequencysoundbasedonartificialMieresonances.AdvancedScience,2019,6:1901307.(1区Top期刊,IF:15.80)
[52]Y.Wang#,J.P.Xia#,H.X.Sun*,S.Q.Yuan,Y.Ge,Q.R.Si,Y.Y.Guan,andX.J.Liu*.Multifunctionalasymmetricsoundmanipulationsbyapassivephasedarrayprism.PhysicalReviewApplied,2019,12:024033.
[51]Y.Ge,H.X.Sun*,S.Q.Yuan,andY.Lai*.Switchableomnidirectionalacousticinsulationthroughopenwindowstructureswithultrathinmetasurfaces.PhysicalReviewMaterials,2019,3:065203.
[50]J.Qian,H.X.Sun*,S.Q.Yuan,andX.J.Liu*.Enhanceddirectionalacousticemissionbasedonanisotropicmetamaterials.AppliedPhysicsLetters,2019,114:013506.(Top期刊)
[49]Y.Wang#,J.P.Xia#,H.X.Sun*,S.Q.Yuan,andX.J.Liu*.Binary-phaseacousticpassivelogicgates.ScientificReports,2019,9:8355.
[48]J.Qian#,Y.Wang#,S.Q.Yuan,H.X.Sun*,andX.J.Liu*.Reflectedacousticwavefrontmanipulationbyanultrathinmetasurfacebasedonthree-dimensionalgeneralizedSnell’slaw.AppliedPhysicsExpress,2019,12:094001.
[47]D.Jia,H.X.Sun*,S.Q.Yuan,C.Zhang,andX.J.Liu*.Pseudospin-dependentacoustictopologicalinsulatorbyairbornesoniccrystalswithatriangularlattice.AppliedPhysicsExpress,2019,12:044003.
[46]W.T.Gao#,J.P.Xia#,H.X.Sun*,S.Q.Yuan,Y.Ge,andX.J.Liu*.Acousticenergyharvestingforlow-frequencyairbornesoundbasedoncompoundMieresonances.AppliedPhysicsExpress,2019,12:044002.
[45]H.X.Sun*,A.R.Hou,J.Qian,Y.Ge*,S.Q.Yuan,Y.J.Guan,Q.R.Si,andX.J.Liu*.Broadbandacousticconvergingandasymmetricconvergingbasedonthermoacousticphasedarrays.JournalofAppliedPhysics,2019,125:024504.
[44]D.Jia,Y.Ge,S.Q.Yuan,andH.X.Sun*.Dual-bandacoustictopologicalinsulatorbasedonhoneycomblatticesoniccrystal.ActaPhysicaSinica,2019,68:224301.(Invitedpaper)
[43]J.P.Xia#,D.Jia#,H.X.Sun*,S.Q.Yuan*,Y.Ge,Q.R.Si,andX.J.Liu*.Programmablecodingacoustictopologicalinsulator.AdvancedMaterials,2018,30:1805002.(1区Top期刊,IF:25.81)
[42]J.P.Xia,X.T.Zhang,H.X.Sun*,S.Q.Yuan*,J.Qian,andY.Ge.Broadbandtunableacousticasymmetricfocusinglensfromdual-layermetasurfaces.PhysicalReviewApplied,2018,10:014016.
[41]D.Jia,H.X.Sun*,J.P.Xia,S.Q.Yuan,X.J.Liu*,andC.Zhang.Acoustictopologicalinsulatorbyhoneycombsoniccrystalswithdirectandindirectbandgaps.NewJournalofPhysics,2018,20:093027
[40]Y.Ge,H.X.Sun*,S.Q.Yuan,andY.Lai*.Broadbandunidirectionalandomnidirectionalbidirectionalacousticinsulationthroughanopenwindowstructurewithametasurfaceofultrathinhooklikemeta-atoms.AppliedPhysicsLetters,2018,112:243502.(Top期刊)
[39]H.X.Sun#,J.H.Chen#,Y.Ge*,S.Q.Yuan,andX.J.Liu*.Broadbandandflexibleacousticfocusingbymetafiberbundles.JournalofPhysicsD:AppliedPhysics,2018,51:245102.
[38]A.R.Hou#,W.T.Gao#,J.Qian#,H.X.Sun*,Y.Ge*,S.Q.Yuan,Q.R.Si,andX.J.Liu.Thermoacoustic-reflectedfocusinglensbasedonacousticBessel-likebeamwithphasemanipulation.ChinesePhysicsB,2018,27:124301.
[37]C.Y.Zuo#,J.P.Xia#,H.X.Sun*,Y.Ge,S.Q.Yuan,andX.J.Liu*.Broadbandacousticlogicgatesinacircularwaveguidewithmultipleports.AppliedPhysicsLetters,2017,111:243501.(Top期刊)
[36]J.P.Xia,H.X.Sun*,andS.Q.Yuan*.Modulatingsoundwithacousticmetafiberbundles.ScientificReports,2017,7:8151.
[35]C.Liu#,J.P.Xia#,H.X.Sun*,andS.Q.Yuan*.ThermoacousticfocusinglensbysymmetricAirybeamswithphasemanipulations.JournalofPhysicsD:AppliedPhysics,2017,50:505101.
[34]H.X.Sun*,Y.L.Huang,J.P.Xia,andS.Q.Yuan*.Asymmetricacousticconvergenceinametalplatewithbinarywave-pathslits.JournalofPhysicsD:AppliedPhysics,2017,50:35LT02.
[33]Y.J.Guan,H.X.Sun*,J.P.Xia,andS.Q.Yuan*.Broadbandasymmetricacoustictransmissioninasinglemediumbyanarrayofheatsources.JournalofPhysicsD:AppliedPhysics,2017,50:165102.
[32]J.Qian#,J.P.Xia#,H.X.Sun*,S.Q.Yuan*,Y.Ge,andX.Z.Yu.Broadbandacousticfocusingbycavitystructureswithphasemanipulations.JournalofAppliedPhysics,2017,122:244501(JAP封面，Featuredarticle).
[31]Y.Ge,H.X.Sun*,S.Q.Yuan*,andJ.P.Xia.Asymmetricacoustictransmissioninanopenchannelbasedonmultiplescatteringmechanism.AppliedPhysicsA,2017,123:328.
[30]J.Qian#,B.Y.Liu#,H.X.Sun*,S.Q.Yuan*,andX.Z.Yu.BroadbandacousticfocusingbysymmetricAirybeamswithphasedarrayscomprisedofdifferentnumbersofcavitystructures.ChinesePhysicsB,2017,26:114304.
[29]D.Jia,H.X.Sun*,S.Q.Yuan*,andY.Ge.Ultra-broadbandasymmetricacoustictransmissionwithsingletransmittedbeam.ChinesePhysicsB,2017,26:024302.
[28]H.X.Sun*,X.Fang,Y.Ge,X.D.Ren,andS.Q.Yuan*.Acousticfocusinglenswithnear-zerorefractiveindexbasedoncoiling-upspacestructure.ActaPhysicaSinica,2017,66:244301(Editor'ssuggestion).
[27]C.Liu,H.X.Sun*,S.Q.Yuan*,J.P.Xia,andJ.Qian.Acousticfocusingbythermoacousticphasedarray.ActaPhysicaSinica,2017,66:154302.
[26]Y.L.Huang,H.X.Sun*,J.P.Xia,S.Q.Yuan*,andX.L.Ding.Multi-bandasymmetricacoustictransmissioninabendedwaveguidewithmultiplemechanisms.AppliedPhysicsLetters,2016,109:013501.(Top期刊)
[25]Y.Ge,H.X.Sun*,C.Liu,J.Qian,S.Q.Yuan*,J.P.Xia,Y.J.Guan,andS.Y.Zhang.Acousticfocusingbyanarrayofheatsourcesinair.AppliedPhysicsExpress,2016,9:066701.
[24]J.P.Xia,H.X.Sun*,Q.Cheng,Z.Xu,H.Chen,S.Q.Yuan*,S.Y.Zhang,Y.Ge,andY.J.Guan.Theoreticalandexperimentalverificationofacousticfocusinginmetalcylinderstructure.AppliedPhysicsExpress,2016,9:057301.
[23]H.X.Sun*,S.Y.Zhang*,S.Q.Yuan*,andJ.P.Xia.Experimentalverificationofmanipulatingpropagationdirectionsoftransmittedwavesinasymmetricacoustictransmission.AppliedPhysicsA,2016,122:328.
[22]Y.Ge,H.X.Sun*,S.S.Liu,S.Q.Yuan*,J.P.Xia,Y.J.Guan,andS.Y.Zhang.Extraordinaryacoustictransmissionthroughannulusesinairanditsapplicationsinacousticbeamsplitterandconcentrator.ReviewofScientificInstruments,2016,87:1734-1736.
[21]H.X.Sun*,S.Y.Zhang*,andS.Q.Yuan.Controlofpass-bandsinasymmetricacoustictransmission.ChinesePhysicsB,2016,25:124313.(Invitedpaper)
[20]Y.J.Guan,H.X.Sun*,S.S.Liu,S.Q.Yuan*,J.P.Xia,andY.Ge.Acousticfocusingthroughtwolayerannulusesinair.ChinesePhysicsB,2016,25:104302.
[19]Y.J.Guan,H.X.Sun*,S.Q.Yuan,S.Y.Zhang,andY.Ge.Laser-generatedRayleighwavespropagatingintransparentviscoelasticadhesivecoating/metalsubstratesystems.InternationalJournalofThermophysics,2016,37:101.
[18]H.X.Sun*,S.Y.Zhang,S.Q.Yuan,Y.J.Guan,andY.Ge.Laser-generatedLambwavespropagationinmultilayeredplatescomposedofviscoelasticfiber-reinforcedcompositematerials.InternationalJournalofThermophysics,2016,37:68.
[17]C.Liu,H.X.Sun*,S.Q.Yuan*,andJ.P.Xia.Broadbandacousticfocusingeffectbasedontemperaturegradientdistribution.ActaPhysicaSinica,2016,65:044303.
[16]Y.J.Guan,H.X.Sun*,S.Q.Yuan*,Y.Ge,andJ.P.Xia.Propagationcharacteristicsoflaser-generatedsurfaceacousticwavesincompositeplatewithgradientchangesofnear-surfaceviscousmoduli.ActaPhysicaSinica,2016,65:224201.
[15]J.P.XiaandH.X.Sun*.Acousticfocusingbymetalcircularringstructure.AppliedPhysicsLetters,2015,106:063505.(Top期刊)
[14]H.X.Sun*,S.Q.Yuan*,andS.Y.Zhang,Asymmetricacoustictransmissioninmultiplefrequencybands.AppliedPhysicsLetters,2015,107:213505.(Top期刊)
[13]J.P.Xia,H.X.Sun*,S.Q.Yuan*,andS.Y.Zhang.Extraordinaryacoustictransmissionbasedonsourcepatternenhancementandreconstructionbymetalcylinderstructure.AppliedPhysicsExpress,2015,8:104301.
[12]H.X.Sun*andS.Y.Zhang*.Laser-generatedleakyRayleighwavesatfluid-coating-substrateinterfaces.InternationalJournalofThermophysics,2015,36:1244-1251.
[11]H.X.Sun*,S.Y.Zhang*,andJ.P.Xia.Propagationcharacteristicsoflaser-generatedRayleighwavesincoating-substratestructureswithanisotropicandviscoelasticproperties.InternationalJournalofThermophysics,2015,36:1156–1163.
[10]H.X.SunandS.Y.Zhang.Enhancementofasymmetricacoustictransmission.AppliedPhysicsLetters,2013,102:113511.(Top期刊)
[9]H.X.Sun,S.Y.Zhang,andX.J.Shui.Atunableacousticdiodemadebyametalplatewithperiodicalstructure.AppliedPhysicsLetters,2012,100(11):103507.(Top期刊)
[8]H.X.SunandS.Y.Zhang.ThermoviscoelasticexcitationandpropagationofRayleighwavesinviscoelasticplatesbyapulsedlaser.InternationalJournalofThermophysics,2013,34:1762–1768.
[7]H.X.SunandS.Y.Zhang.Influencesofelasticandviscousmodulionlaser-generatedLambwavesinviscoelasticplates.InternationalJournalofThermophysics,2013,34:1769–1776.
[6]H.X.Sun,S.Y.Zhang,andB.Q.Xu.Influenceofviscoelasticpropertyonlaser-generatedsurfaceacousticwavesincoating–substratesystems.JournalofAppliedPhysics,2011,109:073107.
[5]H.X.Sun,B.Q.Xu,H.Zhang,Q.Gao,andS.Y.Zhang.Influenceofadhesivelayerpropertiesonlaser-generatedultrasonicwavesinthinbondedplates.ChinesePhysicsB,2011,20:014302.
[4]H.X.SunandS.Y.Zhang.Thermoviscoelasticfiniteelementmodelingoflaser-generatedultrasoundinviscoelasticplates.JournalofAppliedPhysics,2010,108:123101.
[3]H.X.Sun,B.Q.Xu,G.D.Xu,andC.G.Xu.Studyonlaser-generatedLambwavespropagationinviscoelasticandanisotropicplate.ChineseOpticsLetters,2010,8:776-779.
[2]H.X.Sun,B.Q.Xu,andR.Z.Qian.Numericalsimulationoflaser-generatedLambwavesinviscoelasticmaterialsbyfiniteelementmethod.JournalofAppliedPhysics,2009,106:073108.
[1]H.X.Sun,B.Q.Xu,J.J.Wang,G.D.Xu,C.G.Xu,andF.Wang.Numericalsimulationoflaser-generatedRayleighwavebyfiniteelementmethodonviscoelasticmaterials.ActaPhysicaSinica,2009,58:6344-6350.
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