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1.Zhi-mingZhang,LeiXu,Jin-linChai,andFu-liLi,"Anewkindofhigher-ordersqueezingofradiationfield",Phys.Lett.A,1990,150(1):27-30.
2.Chin-LinChai,Fu-LiLi,andZhi-MingZhang,"Effectofatomiccooperationonemissionspectrainacavity",Phys.Lett.A,1990,150(2):85-88.
3.Zhi-mingZhang,LeiXu,andJin-linChai,"SqueezingintheN-photoninteractionoftwoatomswithasqueezedlight",Phys.Lett.A,1990,151(1,2):65-68.
4.Zhi-mingZhang,LeiXu,Fu-liLi,andJin-linChai,"Long-timebehaviouroffieldfluctuationintheM-photonJaynes-Cummingsmodel",Z.Phys.B,1991,84:329-331.
5.LeiXu,Zhi-mingZhang,andJin-linChai,"Interactionoftwotwo-levelatomswithasqueezedlight",J.Opt.Soc.Am.B,1991,8(5):1157-1162.
6.Chin-linChai,Fu-liLi,andZhi-mingZhang,,"Amplitude-squaredsqueezingoffieldininteractionofanM-levelatomwithasinglemodeofcavityfield",J.Phys.B:At.Mol.Opt.Phys.1991,24:3309-3313.
7.李福利，柴晋临，张智明，"构造光子数湮没算子高次幂的正交本征态的新方法",《物理学报》,1991,40(7):1058-1064.
8.LeiXu,Zhi-mingZhang,andZhen-FeiLuo,"Emissionspectrumofapairoftwo-levelatomsinacavity",J.Phys.B:At.Mol.Opt.Phys.1992,25:3075-3084.
9.H.X.Meng,C.L.Chai,andZ.M.Zhang,"PhasedynamicsofcoherentlightintheM-photonJaynes-Cummingsmodel",Phys.Rev.A,1992,45(3):2131-2134.
10.徐磊，罗振飞，徐至展，张智明，"原子间偶极相互作用对其在腔场中辐射谱的影响",《光学学报》,1992,12(12):1089-1093.
11.Zhi-MingZhang,LeiXu,andZhen-FeiLuo,"Effectsofdipole-dipoleinteractiononatomicdynamicsintheM-photonprocesses",Phys.Rev.A,1993,47(2):1557-1559.
12.H.X.Meng,C.L.Chai,andZ.M.Zhang,"PhaseandsqueezingpropertiesoftwocopropagatingfieldsinaKerrmedium",Phys.Rev.A,1993,48(4):3219-3224.
13.Zhen-FeiLuo,Zhi-ZhanXu,LeiXu,andZhi-MingZhang,"Two-atomemissionspectrumincludingdispersionforce",J.Phys.B:At.Mol.Opt.Phys.,1993,26:1301-1305.
14.LeiXu,Zhen-FeiLuo,andZhi-MingZhang,"ValidityoftheeffectiveHamiltonianforthedegenerateRamanProcess",J.Phys.B:At.Mol.Opt.Phys.,1994,27:1649-1656.
15.LeiXu,andZhi-MingZhang,"ModifiedeffectiveHamiltonianforthedegenerateRamanprocess",Z.Phys.B,1994,95:507-510.
16.Lin-shengHe,Zhi-mingZhang,andHai-heJiang,"Source-radiationfieldrelationfortwo-photonemissionofatwo-levelatom",Phys.Lett.A,1995,200:149-155.
17.Z.M.Zhangetal.,"AmplitudeNth-powersqueezinginanormalsqueezedvacuum",Chin.J.LasersB,1996,5(1):61.
18.ZhimingZhang,JinfangPan,LeiXu,"EffectsofacStarkshiftontheamplitudeNth-powersqueezinginthedegenerateRamanprocess",《光子学报》,1996,25(5):385-393.
19.张智明，"非简并Raman耦合模型的改进型有效哈密顿量",《量子光学学报》,1996,2(1):32-36.
20.张智明，何林生，"双原子非简并Raman过程中原子与腔场的动力学",《量子电子学报》,1996,13(3):239-244.
21.张智明，何林生，"两个原子与双模腔场的多光子相互作用-场和原子的动力学性质",《光学学报》,1996,16(9):1268-1270.
22.何林生，冯勋立，吴世熊，张智明，夏宇兴，"压缩真空库场中二能级原子的非简并双光子荧光谱",《物理学报》,1998,47(2):219-231.
23.张智明,何林生,周士康，"热库中有源LC电路的量子理论",《量子电子学报》,1998,15(3):241-244
24.张智明，何林生,周士康，"有源RLC电路的量子化",《量子电子学报》,1998,15(4):348-351
25.Zhi-MingZhang，Lin-ShengHe,Shi-KangZhou,"AquantumtheoryofanRLCcircuitwithasource",Phys.Lett.A,1998,244(4):196-200
26.Zhi-MingZhang，Lin-ShengHe,"Quantumtheoryofthemicromaserwithultra-cold-typethree-levelatoms”,Opt.Commun.1998,157(1/6):77-82.
27.Z.M.Zhangetal.,"Quantumtheoryofthetwo-photonmazer:Emissionprobability",Phys.Rev.A.1999,59(1):808-813.
28.Z.M.Zhangetal.,"Quantumtheoryofthetwo-photonmazer:generaltheoryandemissionprobability",Chin.Phys.Lett.1999,16(1):26-28.
29.Z.M.Zhangetal.,"Interactionofa-typethree-levelatomwithatwo-modefieldandatwo-modeRaman-coupledinteraction",ActaPhisicaSinica(OverseasEdition),1999,8(2):136-142.
30.张智明等，“研究混沌系统同步问题的一种解析方法”,《光电子.激光》,1999,10(3):264-266.
31.Z.M.Zhangetal.,“Transmissionprobabilityofaultracoldthree-levelatomthroughamicromasercavity”,Chin.Phys.Lett.1999,16(8):568-570.
32.Z.M.Zhangetal.,“PhotonStatisticsofthemicromaserwithultra-cold-typethree-levelatoms”,ActaPhisicaSinica(OverseasEdition),1999,8(8):571-576
33.Z.M.Zhangetal.,"Quantumtheoryofthemicromaserwithultra-coldcascadethree-levelatoms”,J.Phys.B:At.Mol.Opt.Phys.1999,32(16):4013-4028.
34.Z.M.Zhangetal.,“Velocityselectionforultracoldthree-levelatomsusingtwomicromasercavities",Phys.Rev.A,1999,60(4):3321-3323.
35.Z.M.Zhangetal.,"EffectsofdissipationsonfluctuationsinanRLCcircuitwithasourceinathermalbath",Chin.J.LasersB:2000，9(1):65-70.
36.张智明等,“超冷三能级原子注入微脉塞的光谱性质”,《上海交大学报》，2000,34(8):1101-1104.
37.Z.M.Zhangetal.,“Quantumtheoryofthe3-level-atommazer”;inFrontiersofLaserPhysicsandQuantumOptics,EditedbyZ.Z.Xu,S.W.Xie,S.Y.ZhuandM.O.Scully(Springer,Berlin,2000),pp.623-626.
38.Z.M.Zhangetal.,"Quantumtheoryofthemicromaserwithultracoldcascadethree-levelatomsII:Spectralproperties".J.Phys.B:At.Mol.Opt.Phys.2000,33(11):2125-2133.
39.Z.M.Zhangetal.,"SpectrumofthemicromaserinjectedwithΛ-typethree-levelatoms",ChinesePhysics,2000,9(12):900-904.
40.K.Q.Chu,W.Q.Liang,andZ.M.Zhang,“EffectsoftheatomiccoherenceonthespontaneousemissionofaV-typethree-levelatom",ActaPhotonicaSinica,2000,29(11):982-984.
41.Z.M.Zhangetal.,“AtomiccoherenceinthemicromaserinjectedwithslowV-typethree-levelatoms:Emissionprobability”,Chin.Phys.Lett.2001,18(2):223-224.
42.W.Q.Liang,Z.Q.Niu,Z.M.Zhang,andS.W.Xie,“V-typethree-level-atommazerwithatomiccoherence:Velocityselection”,J.Phys.B:At.Mol.Opt.Phys.2001,34(22):4427-4436.
43.梁文青,张智明，谢绳武，“超冷V型三能级原子注入的微波激射：原子相干性对腔场光子统计的影响”,《物理学报》,2001,50(12):2345-2355.
44.Z.M.Zhangetal.,“Dynamicsofanultracoldcascadethree-levelatominteractingwithatwo-modecavityfield”,J.Opt.B:Quant.andSemiclass.Opt.2002,4(1):30-36.
45.J.Xiong,K.Q.Chu,andZ.M.Zhang,“Transmissionprobabilityofanultracoldatominpresenceofatomiccoherence”,Chin.Phys.Lett.2002,19(3):331-333.
46.储开芹,梁文青,张智明，“超冷V型三能级原子注入的微脉塞的光谱性质”,《光学学报》,2002,22（5）：523-529.
47.J.XiongandZ.M.Zhang,“Emissionprobabilityandphotonstatisticsofacoherentlydrivenmazer”,J.Phys.B:At.Mol.Opt.Phys.2002,35(9):2159-2172.
48.熊锦，牛中奇，张智明，“原子质心运动的量子效应对光场量子噪声压缩的影响”，《物理学报》，2002，51（10），2245-2248.
49.J.XiongandZ.M.Zhang,“Emissionprobabilityofthecascadethree-level-atommazerwithinjectedatomiccoherence”,Chin.Phys.Lett.2002,19(11):1621-1624.
50.Z.M.Zhang,“AsimpleschemeformeasuringtheWignerfunctionofcavityfields”,Chin.Phys.Lett.2003,20(2):227-229.
51.X.L.Feng,Z.M.Zhangetal.,“Entanglingdistantatomsbyinterferenceofpolarizedphotons”,Phys.Rev.Lett.2003,90(21):217902.（2003年5月）
52.P.Lougovski,E.Solano,Z.M.Zhangetal.,“FresnelrepresentationoftheWignerFunction:AnOperationalapproach”,Phys.Rev.Lett.2003,91(1):010401.（2003年6月）
53.J.XiongandZ.M.Zhang,“Effectsofthecenter-of-massmotiononthepopulationtrappingofultracoldatoms”,Chin.Phys.Lett.2003,20(11):1950-1953.
54.W.Q.Liang,Z.M.Zhang,andS.W.Xie,“Two-modemazerinjectedwithV-typethree-levelatoms”,ChinesePhysics,2003,12(12):1399-1413.
55.Z.M.Zhang,“利用微脉塞重构腔场的Wigner函数”,《物理学报》，2004，53（1）：70-74.
56.Z.M.Zhang,“MeasuringtheWignerfunctionsoftwo-modecavityfieldsandtestingtheBell'sinequalities”,Chin.Phys.Lett.2004,21(1):5-8.
57.张智明，“微脉塞研究进展”，《量子电子学报》，2004,21(2):224-236.（应邀撰写的综述评论性文章）。
58.Z.M.Zhang,“Recentprogressofquantum-statereconstructionofelectromagneticfields”,Mod.Phys.Lett.B,2004,18(10):393-409.（应邀撰写的综述评论性文章）。
59.C.H.YuanandZ.M.Zhang,“ReconstructingtheWignerfunctionoffield-modesintwospacially-separatedcavities”,Mod.Phys.Lett.B,2004,18(23):1189-1194.
60.C.H.YuanandZ.M.Zhang，“Transmissionprobabilityofthetwo-modeMAZERwithinjectedatomiccoherence”,ChinesePhysics，2005，14(1):144-148.
61.严明，罗售余，张智明，“连续CO2激光脉冲制作长周期光纤光栅的研究”，《光子学报》，2005，34（5）：659-661。
62.胡明明，欧永成，张智明，“Emissionprobabilityofanon-degeneratetwo-photonmazer”,《光子学报》2005，34（12）：1872-1875。
63.欧永成，袁春华，张智明，“Quantumstatetransferbetweentwodistantatomsbyconnectingtwocavitiesviaopticalfibres”，Chin.Phys.Lett.,2005,22(12):3001-3004.
64.欧永成，袁春华,张智明,“Preparationoftheentanglementstateswithdistantatomstrappedinseparatecavities”,J.Phys.B:At.Mol.Opt.Phys.2006,39(1):7-15.
65.袁春华，欧永成,张智明,“AschemeforpreparationofW-typeentangledcoherentstateofthreecavityfield”,Chin.Phys.Lett.,2006,23(7):1695-1697.
66.袁春华，欧永成,张智明,“Entanglementswappingwithatomsseparatedbylongdistance”,Chin.Phys.,2006,15(8):1793-1797.
67.袁春华，欧永成,张智明,“Generationofquantumswitchandnonlocalfieldswithanexternalfieldinahighqualitydispersivecavity”,Opt.Commun.,2006,267,282-285.
68.陈银花，於亚飞，张智明，“Entangledstatesusedinremoteinformationconcentrationandtheirproperties”,Chin.Phys.Lett.2006,23(12):3158-3160.
69.张智明,“One-atommaserandOne-atomlaser：Experimentalplatformsforcavityquantumelectrodynamics”,《量子光学学报》，2006,12(4):194-206.（应邀撰写的综述评论性文章）。
70.Zhi-MingZhang*，JianYang，andYa-FeiYu，“AschemeforgeneratingentangledsqueezedstatesbasedoncavityQED”,Chin.Phys.Lett.,2007,24(2):352-354.
71.Z.M.Zhang*,A.H.Khosa,M.Ikram,andM.S.Zubairy,“Generatingentangledstatesofcontinuousvariablesviacross-Kerrnonlinearity”,J.Phys.B:At.Mol.Opt.Phys.2007,40(10):1917-1924.（2007年5月）
72.Jian-langLi,Ken-ichiUeda,MitsuruMusha,AkiraShirakawa,andZhi-mingZhang,“Converging-axicon-basedradiallypolarizedytterbiumfiberlaserandevidenceonthemodeprofileinsidethegainfiber”,Opt.Lett.,2007,32(11):1360-1362.
73.MingYan,ShouyuLuo,LiZhan,ZhimingZhang,YuxingXia,“Triple-wavelengthswitchableErbium-dopedfiberlaserwithcascadedasymmetricexposurelong-periodfibergratings”,OptExpress,2007,15(11):3685-3691.
74.Zhi-MingZhang*，JianYang，andYa-FeiYu，“Generatingentanglementofphoton-numberstateswithcoherentlightviacross-Kerrnonlinearity”，J.Phys.B:At.Mol.Opt.Phys.，2008,41(2):025502.
75.Zhi-MingZhang*andYa-FeiYu,“AnalyticsolutionsfordegenerateRaman-coupledmodel”,Chin.Phys.2008,17(4):1242-1247.
76.JianYang,Ya-FeiYu,Zhi-MingZhang*,andSong-HaoLiu,“RealizationofuniversalquantumcloningwithSQUIDqubitsinacavity”,Phys.Rev.A,2008,77(3):034302.
77.杨健，任珉，於亚飞，张智明*，刘颂豪,“利用交叉克尔非线性效应实现纠缠转移”,《物理学报》，2008，57(2):887-891.
78.Fa-QiangWangandZhi-MingZhang*,“PhaseEvolutionofCoherentLightinaSimplePolaritonModel”,Chin.Phys.Lett.,2008,25(3):821-824.
79.於亚飞，张智明*，束缚纠缠态量子秘密共享的不安全性分析，《光学学报》，2008，28（3）：556-559.
80.MingYan,ShouyuLuo;LiZhan;YileiWang;YuxingXia;ZhimingZhang,“Step-changedperiodchirpedlong-periodfibergratingsfabricatedbyCO2laser”，Opt.Commun.,2008,281(10):2784-2788.
81.Xin-DingZhang,Z.D.Wang,Liang-BinHu,Zhi-MingZhang,andShi-LiangZhu,,“Detectingunambiguouslynon-Abeliangeometricphaseswithtrappedions”,NewJ.Phys.,2008,10:043031.
82.Ya-FeiYu,Zhi-MingZhang，andGuang-CanGuo,“WritingQuantumDataintoOne-WayQuantumComputerbyFusionGate”,Int.J.Theor.Phys.(InternationalJournalofTheoreticalPhysics),2008，47：1709-1712.
83.艾凌艳，杨健，张智明*，“基于二维囚禁离子实现C-NOT门、交换门和相位门”，《物理学报》，2008，57（9）：5589-5592.
84.Fa-QiangWang,Zhi-MingZhang*,andRui-ShengLiang，“Finite-timedecoherencecouldbesuppressedefficientlyinaphotoniccrystal”,Phys.Rev.A,2008，78（4）,042320.
85.Fa-QiangWang,Zhi-MingZhang*,andRui-ShengLiang，“Decoherenceoftwoqubitsinanon-Markovianreservoirwithouttherotating-waveapproximation”,Phys.Rev.A,2008，78(6)，062318.
86.李静，於亚飞，张智明*，“对线性光学簇态融和门的简化”，《量子光学学报》，2008,14（3）：277-281
87.AILing-Yan,DUGang，ZHUShi-Liang，Zhi-MingZhang*,“TeleportinganUnknownTwo-qubitEntangledStateviaIon-TrapSystems”,Chin.Phys.Lett.,2009,26(1):014210
88.Fa-QiangWang,Zhi-MingZhang*,andRui-ShengLiang,“Decoherenceoftwo-qubitsysteminanon-Markoviansqueezedreservoir”,ChinesePhysicsB,2009,18(2):597-603.
89.Ya-FeiYu,Zhi-MingZhang*,“ProoffortheinsecurityofquantumsecretsharingbasedontheSmolinboundentangledstates”,ChinesePhysicsB,2009,18(4):1342-1345.
90.FengMei，Ya-FeiYu,Zhi-MingZhang*,“Decoherence–freequantummemoryforphotonicstateusingatomicensembles”,Int.J.Quant.Inf.2009,7(4):811-820.
91.DUGang,LAIBo-Hui,YUYa-Fei,andZHANGZhi-Ming*,“SchemesforGeneratingClusterStatesviaCavitySystems”,CHIN.PHYS.LETT.2009,26(10):104201.
92.[66].FengMei,MangFeng,Ya-FeiYu,Zhi-MingZhang*,“Scalablequantuminformationprocessingwithatomicensemblesandflyingphotons”,Phys.Rev.A,2009，80（4）：042319
93.Lin-LinXu,Ya-FeiYu,Zhi-MingZhang*,“SchemeforthePreparationofEntanglementofAtomicEnsembles”,Int.J.Quant.Inf.，2009,7(8):1459-1467
94.FengMei，Ya-FeiYu,Zhi-MingZhang*,“DeterministicquantumteleportationandinformationsplittingviaapeculiarW-classstate”,Chin.Phys.B,2010,19(2):020308
95.Dan-DanLv,HongLu,Ya-FeiYu,Xun-LiFeng，Zhi-MingZhang*，“UniversalQuantumCloningMachineinCircuitQuantumElectrodynamics”，Chin.Phys.Lett.,2010，27（2）：020302.
96.赖柏辉,杜刚,於亚飞，张智明*，刘颂豪,“利用交叉克尔非线性产生四光子偏振态簇态”，物理学报，2010，59（2）：1017-1020.
97.HaiyanLv，Ya-FeiYu,Zhi-MingZhang*,”OnestepimplementationofanN-qubitquantumphasegatethroughadoubleRamanpassage”,Chin.Phys.B,2010,19(3):034205.
98.Jin-DongWang,Zheng-JunWei,HuiZhang,Xiao-JuanQin,Xiao-BaoLiu,Zhi-MingZhang,Chang-JunLiaoandSong-HaoLiu,“Efficientquantumkeydistributionviasingle-photontwo-qubitstates”，J.Phys.B:At.Mol.Opt.Phys.，2010,43(9):095504.
99.FengMei,Ya-FeiYu,Xun-LiFeng,Shi-LiangZhu,Zhi-MingZhang*，“Opticalquantumcomputationwithcavitiesintheintermediatecouplingregion”，Euro.Phys.Lett.,2010,91:10001.
100.Jian-QiZhang,Lin-LinXu,Zhi-MingZhang*，“CreatingW-typeentangledstatesinquantumdotsystems”，Phys.Lett.A,2010,374:3818-3822.
101.Li-FangZhao,Bo-HuiLai,FengMei,Ya-FeiYu,Xun-LiFeng,Zhi-MingZhang*，“Generationofafour-particleentangledstateviacross-Kerrnonlinearity”,Chin.Phys.B,2010,19(9):094207.
102.FengMei,Ya-FeiYu,Xun-LiFeng,Zhi-MingZhang*，andC.H.Oh，“QuantumEntanglementDistributionWithHybridParityGate”，Phys.Rev.A,2010，82（5）：052315.
103.ZhienLu,Zhi-MingZhang*，“Defectsolitonssupportedbytheinterfacebetweensimplelatticesandsuperlattices”，PhysicsLettersA，2011，375：2023–2028.
104.ZhienLu,Zhi-MingZhang*，“Surfacelinedefectsolitonsinsquareopticallattice”，OpticsExpress，2011，19（3）：2410-2416.
105.ZhienLu,Zhi-MingZhang*，“Defectsolitonsinparity-timesymmetricsuperlattices”,OpticsExpress，2011，19（12）：11457-11462.
106.ShiYan-Li,MeiFeng,YuYa-Fei,Zhi-MingZhang*,“ControlledphasegatebasedonanelectronfloatingonHelium”,Chin.Phys.Lett.2011,28(5):050302.
107.FengMei,Shi-LiangZhu,Xun-LiFeng,Zhi-MingZhang*,andC.H.Oh，“ProbingHalf-oddTopologicalNumberwithColdAtomsinaNon-AbelianOpticalLattice”，Phys.Rev.A,2011，84（2）：023622.
108.Jian-QiZhang,Ya-FeiYu,Zhi-MingZhang*,“Anunconventionalgeometricphasegatewithtwononresonantquantumdotstrappedinaphotoniccrystalcavity”，J.Opt.Soc.Am.B,2011，28（8）：1959-1963.
109.范学涛，於亚飞，张智明*,“基于五离子最大纠缠态的优化隐形传态和超密集编码”,量子光学学报,2011,17（2）:90-95.
110.LIBin,FENGXun-Li,Zhi-MingZhang*，“Frequencyup-anddown-conversionsinatwo-modecavity”，光子学报,2011，40（8）：1161-1165
111.LiYu-Ning,MeiFeng,YuYa-Fei,FengXun-Li,ZhangZhi-Ming*，“Long-distancequantumstatetransferthroughcavity-assistedinteraction”，Chin.Phys.B,2011,20(11):110305R.
112.WangXiao-Xia,ZhangJian-Qi,YuYa-Fei,andZhangZhi-Ming*，“Controlledphasegatesbasedontwononidenticalquantumdotstrappedinseparatecavities”,Chin.Phys.B,2011,20(11):110306.
113.AiLing-Yan,ShiYan-Li,andZhangZhi-Ming*,“Preparationofclusterstateswithtrappedelectronsonaliquidheliumsurface”,Chin.Phys.B,2011,20(10):100303.
114.FengMei,Shi-LiangZhu,Zhi-MingZhang*,C.H.Oh*,andN.Goldman*,“SimulatingZ2topologicalinsulatorswithcoldatomsinaone-dimensionalopticallattice”,Phys.Rev.A,2012,85(1):013638.
115.Yan-LiShi，FengMei，Ya-FeiYu，Xun-LiFeng，Zhi-MingZhang*，“Generationofagenuinefour-particleentangledstateoftrapions”，QuantumInformationProcessing,2012,11(1):229-234.
116.Li-YunHu*,FangJia,andZhi-MingZhang*,“Entanglementandnonclassicalityofphoton-addedtwo-modesqueezedthermalstate”,J.Opt.Soc.Am.B,2012,29(6):1456-1464.
117.Li-YunHu*andZhi-MingZhang*,"Nonclassicalityanddecoherenceofphoton-addedsqueezedthermalstateinthermalenvironment",J.Opt.Soc.Am.B,2012,29(4):529-537.
118.Li-YunHu*,ShuaiWang,andZhi-MingZhang*,“Photonnumberdistributionoftwo-modesqueezedthermalstatesbyentangledstaterepresentation”,2012,Chin.Phys.B,2012,21(6):064207.
119.Li-YunHu*andZhi-MingZhang*,“Newapproachfornormalizationandphoton-numberdistributionsofphoton-added(-subtracted)squeezedthermalstates”,Chin.Opt.Lett.,2012,10(8):082701.
120.ShiHui-Min，YuYa-Fei，ZhangZhi-Ming*,“Three-qubitquantum-gateoperationswithaSQUIDinacavity”,Chin.Phys.B,2012,21(6):064205.
121.PingYang,PingZou,andZhi-MingZhang*,“Adiabaticapproximationintheultrastrong-couplingregimeofanoscillatorandtwoqubits”,2012,Phys.Lett.A,376(45):2977-2981.
122.Yuan-YuanXu，Xun-LiFeng*，andZhi-MingZhang，“Improvementoncontrolled-controlled-NOToperation-basedentanglementpurificationprotocol”，Chin.Opt.Lett.,2012,10(4):042701.
123.YanLong,FengXun-Li*,ZhangZhi-Ming,LiuSong-Hao,“AnExtraPhaseforTwo-ModeCoherentStatesDisplacedinNoncommutativePhaseSpace”,2012,Chin.Phys.Lett.,29(4):041102.
124.Ya-FeiYu,Chuan-JiaShan,FengMei,Zhi-MingZhang,“SimulationanddetectionofmassiveDiracfermionswithcoldatomsinone-dimensionalopticallattice”,2012,PhysicaB,407,3839–3840.
125.C.Q.Wang,Y.F.Yu,andZ.M.Zhang,“Quantumgateoperationsinhybridsuperconductingcircuit”,Euro.Phys.J.D,2012,66(11):307.
126.张智明*，“单原子操控-2012年诺贝尔物理学奖得主Haroche科学成就简介”，量子光学学报，2012，18（04）：303-311。
127.HuLi-Yun*,FanHong-Yi,ZhangZhi-Ming,“Newformulasfornormalizingphoton-added(-subtracted)two-modesqueezedthermalstates”,Chin.Phys.B,2013,22(3):034202.
128.Li-YunHu*,Zhi-MingZhang,“Statisticalpropertiesofcoherentphoton-addedtwo-modesqueezedvacuumanditsinseparability”,J.Opt.Soc.Am.B,2013,30(3):518-529.
129.HuiYan*,Kai-YuLiao,Jian-FengLi,Yan-XiongDu,Zhi-MingZhang,andShi-LiangZhu*,“Bichromaticelectromagneticallyinducedtransparencyinhotatomicvapors”,Phys.Rev.A,2013,87:055401.
130.LIShu-Qing,YUYa-Fei*,ZHANGZhi-Ming*,“Determiningthestateofathree-levelatombyinteractionwithtworadiationfields”,SCIENCECHINA:Physics,Mechanics&Astronomy,2013,56(8):1478–1486.
131.吴琴,张智明*，“Kerr介质中耦合双原子的纠缠特性”，《物理学报》，2013，62（17）：174206.
132.程广展，梅锋，邹平，於亚飞，张智明*，“基于腔辅助相互作用的远距离信息传递”，《量子光学学报》，2013，19（3）：212。
133.於亚飞，张智明，“T型魔幻态纯化速度之研究”，《量子光学学报》，2013，19（4）：330-334.
134.王进，魏正军，王赓，郭莉，王金东，张智明，郭健平，郭邦红，刘颂豪，“数字平均对红外单光子探测器中温度控制系统信噪改善比的影响”，《物理学报》，2013，62（17）：014203.
135.李艾莉，於亚飞，张智明*，“基于腔输入-输出过程的Bell态分析器和GHZ态分析器”,《量子电子学报》，2014,31(1):69-74.
136.Peng-ChengMa,YinXiao,Ya-FeiYu,andZhi-MingZhang*，“MicrowavefieldcontrolledslowandfastlightwithacoupledsystemconsistingofananomechanicalresonatorandaCooper-pairbox”，OpticsExpress,2014,22(3):2621-2628.
137.YinXiao,Ya-FeiYuandZhi-MingZhang*,“Controllableoptomechanicallyinducedtransparencyandponderomotivesqueezinginanoptomechanicalsystemassistedbyanatomicensemble”,OpticsExpress,2014，22(15):17979-17989.
138.WuQinandZhangZhi-Ming*,“Entanglementoftwotwo-levelatomstrappedincoupledcavitieswithaKerrmedium”,Chin.Phys.B,2014,23(3):034203.
139.YanXiang，YuYa-FeiandZhangZhi-Ming*，Generationofhyperentangledfour-photonclusterstateviacross-Kerrnonlinearity，Chin.Phys.B，2014，23（6）：060306.
140.刘瑞，於亚飞，张智明*，“利用冷原子系综制备窄线宽三光子频率纠缠态”，物理学报，2014，63(14)：144203.
141.Li-YunHu*,Hao-LiangZhang,Yin-QuanHu,Zhi-MingZhang,“Enhancingentanglementofentangledcoherentstatesbysingle-modecoherentsuperpositionofphotonsubtractionandaddition”，Optik,2014,125:61-63.
142.YanXiang，YuYa-FeiandZhangZhi-Ming*，“Entanglementconcentrationforanon-maximallyentangledfour-photonclusterstate”，Front.Phys.2014，9(5):640-645.
143.Peng-ChengMa,Jian-QiZhang*,YinXiao,MangFeng*,andZhi-MingZhang*,“Tunabledoubleoptomechanicallyinducedtransparencyinanoptomechanicalsystem”,Phys.Rev.A,2014,90:043825.
144.Zhao-YueDong,Ning-NaYu,Zheng-JunWei,Jin-DongWang*,andZhi-MingZhang*,“Anattackaimedatactivephasecompensationinone-wayphase-encodedQKDsystems”,Eur.Phys.J.D，2014，68:230，DOI:10.1140/epjd/e2014-40693-6.
145.Kai-YuLiao,HuiYan*,Jun-yuHe,WeiHuang,Zhi-MingZhangandShi-LiangZhu*,“ExperimentalGenerationofNarrow-BandPairedPhotons:fromDampedRabiOscillationtoGroupDelay”,Chin.Phys.Lett.31,034205(2014)
146.KaiyuLiao,HuiYan*,JunyuHe,ShengwangDu,Zhi-MingZhang,andShi-LiangZhu*,“Subnatural-LinewidthPolarization-EntangledPhotonPairswithControllableTemporalLength”,Phys.Rev.Lett.，2014，112：243602;arxiv:1402.2530.
147.ShengLiu，Chuan-JiaShan，Zhi-MingZhang，Zheng-YuanXue*,“SimulationoftheMajoranaequationincircuitQED”，Quant.Inf.Process.2014,13:1813.
148.吴向艳，徐艳玲，於亚飞*，张智明，“利用非稳定子态容错实现密集旋转操作”，物理学报，2014，63(22)：220304.
149.ChenWen-Fen,WeiZheng-Jun*,GuoLi,HouLi-Yan,WangGeng,WangJin-Dong,ZhangZhi-Ming,GuoJian-Ping,andLiuSong-Hao,“Autobiascontrolsystemfortheelectro-opticmodulatorusedinaquantumkeydistributionsystem”，Chin.Phys.B,23(2014)000001.
150.YuNingna，DongZhaoyue，WangJindong*，WeiZhengjun，ZhangZhiming，“ImpactofspontaneousRamanscatteringonquantumchannelwavelength-multiplexedwithclassicalchannelintimedomain”，Chin.Opt.Lett.2014,12(10)：102703.
151.王金东,张智明*,“量子密钥分发系统的现实无条件安全性”，量子电子学报，2014,31(4)：449-458。
152.QinWu,Jian-QiZhang,Jin-HuiWu,MangFeng,andZhi-MingZhang*，“Tunablemulti-channelinverseoptomechanicallyinducedtransparencyanditsapplications”，OpticsExpress,2015,23(14):18534-18547.
153.FengXiao-Min,XiaoYin,YuYa-Fei,andZhangZhi-Ming*，“Ponderomotivesqueezingandentanglementinaringcavitywithtwovibrationalmirrors”,Chin.Phys.B,2015，24（05）：050301.
154.WuQin,XiaoYin,andZhangZhi-Ming*，“Entanglementsinacoupledcavity–arraywithoneoscillatingend-mirror”，Chin.Phys.B,2015，24（10）：104208.
155.Kai-LeSun，JunChen，Fa-QiangWang，Ya-FeiYu，ZhangZhi-Ming*，“EntanglementDynamicsofTwoSpinsinInitiallyCorrelatedWheel-ShapedSpinBaths”，Int.J.Theor.Phys.,2016,55:730.DOI10.1007/s10773-015-2710-3.Publishedonline:30June2015.
156.郭永宾，肖银，於亚飞，张智明*，“非线性光机械系统中的双稳性与纠缠”，光学学报，2015，35（10）：1027002.
157.陈俊，於亚飞*，张智明，“利用信息流方法优化多激发自旋链中的量子态传输”，物理学报，2015，64(16)：160305.
158.杜亚男，解文钟，金璇，王金东*，魏正军，秦晓娟，赵峰，张智明，“基于弱相干光源测量设备无关量子密钥分发系统的误码率分析”，物理学报，2015，64(11)：110301.
159.PingZou*，Zhi-MingZhang*,andWeiSong，“Directmeasurementofgeneralquantumstatesusingstrongmeasurement”，Phys.Rev.A,2015,91:052109.
160.PingZou，Zhi-MingZhang*,“Robustquantumgatesbetweentrappedionsusingshapedpulses”，Phys.Lett.A,2015,379:3045-3049.
161.HuiYan*,KaiyuLiao,ZhitaoDeng,JunyuHe,Zheng-YuanXue,Zhi-MingZhang,andShi-LiangZhu,“Experimentalobservationofsimultaneouswaveandparticlebehaviorinanarrowbandsingle-photonwavepacket”,Phys.Rev.A,2015,91:042132.
162.QinWu,YinXiao,andZhi-MingZhang*，“StationaryentanglementbetweentwonanomechanicaloscillatorsinducedbyCoulombinteraction”，Chin.Phys.B,2016，25（01）：014203。
163.Xiao-YuHu,Chao-PingWei,Ya-FeiYu*,andZhi-MingZhang*，“EnhancedphasesensitivityofanSU(1,1)interferometerwithdisplacedsqueezedvacuumlight”，2016，Front.Phys.11(3),114203.
164.Chao-PingWei,Xiao-YuHu,Ya-FeiYu,andZhi-MingZhang*，“Phasesensitivityoftwononlinearinterferometerswithinputtingentangledcoherentstates”，Chin.Phys.B,2016，25（4）：040601.
165.YadongWu,JianZhou,XinbaoGong,YingGuo,Zhi-MingZhang,andGuangqiangHe，“Continuous-variablemeasurement-device-independentmultipartitequantumcommunication”，Phys.Rev.A,2016，93（2）：022325.
166.Qiu-HuaCai,YinXiao,Ya-FeiYu,andZhi-MingZhang*，“Mechanicalsqueezingandphotonicanti-bunchinginacoupledtwo-cavityoptomechanicalsystem”，OpticsExpress,2016,24(18):20036。
167.JindongWang,XiaojuanQin,YinzhuJiang,XiaojingWang,LiweiChen,FengZhao,ZhengjunWei,andZhimingZhang，“Experimentaldemonstrationofpolarizationencodingquantumkeydistributionsystembasedonintrinsicallystablepolarization-modulatedunits“，OpticsExpress,2016,24(8):8302。
168.ZitongXiong,JianRuan,RongyuLi,ZhimingZhang,andGuangqiang,“Solitonformationwithcontrollablefrequencylinespacingusingdualpumpsinamicroresonator”,Chin.Opt.Lett.,2016,14(12):121903.
169.DasenZhang,andZhi-MingZhang*,“TheX-likeshapedspatiotemporalstructureofthebiphotonentangledstateinacoldtwo-levelatomicensemble”,Sci.Rept.,2017，07：42373.
170.Chao-PingWei,andZhi-MingZhang*,“ImprovingthephasesensitivityofaMach-Zehnderinterferometerviaanonlinearphase-shifter”,J.Mod.Opt,2017,64(7):743-749.DOI:10.1080/09500340.2016.1260777.
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