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21.Dong,L.,Wan,B.*,Deng,C.,andCai,K.2020,MineralchemistryandsourcesoffluidandsulfurattheKatbasugolddepositinSouthTianshan,NWChina:OreGeologyReviews,v.116.123224.
20.Zang,Z.,Dong,L.,Liu,W.,Zhao,H.,Wang,X.,Cai,K.,andWan,B.*,2019,GarnetU-PbandOisotopicdeterminationsrevealashear-zoneinducedhydrothermalsystem:ScientificReports,v.9,p.10382.doi:10.1038/s41598-019-46868-4
19.Liu,Y.,Wan,B.*andXue,D.,2019.Sampledigestionandcombinedpreconcentrationmethodsforthedeterminationofultra-lowgoldlevelsinrocks.Molecules,v.24,doi:10.3390/molecules24091778
18.Wan,B.*,Wu,F.-Y.,Chen,L.,Zhao,L.,Liang,X.,Xiao,W.,andZhu,R.,2019,Cyclicalone-waycontinentalrupture-driftintheTethyanevolution:subduction-drivenplatetectonics:SCIENCECHINAEarthSciences,v.62:p.2005-2016/万博,吴福元,陈凌,赵亮,梁晓峰,肖文交,朱日祥,2019重力驱动的特提斯单向裂解-聚合动力学.中国科学地：球科科学，v.49,p.2004-2017
17.Wan,B.*,Li,S.,Xiao,W.,andWindley,B.F.,2018WhereandwhendidthePaleo-Asianoceanform?:PrecambrianResearch,v.317,p.241-252.
16.Wan,B.*,Deng,C,Najafi,A,Hezarehd,M.,Talebian,M.Dong,L.,Chen,L.,Xiao,W.,2018,FertilizingporphyryCudepositsthroughdeepcrustalhotzonemelting:GondwanaResearch,,v.60,p.179-185.
15.Deng,C.,Wan,B.*,Dong,L.,Talebian,M.,Windley,B.F.,Dadashzadeh,H.,Mohammadi,B.,andBarati,B.,2018,MioceneporphyrycopperdepositsintheEasternTethyanorogenicbelt:UsingSr,OisotopesandSr/Yratiostopredictthesourceofore-relatedandore-barrenmagmas:GondwanaResearch,v.60,p.179-185.
14.Dong,L.,Wan,B.*,Yang,W.,Deng,C.,Chen,Z.,Yang,L.,Cai,K.,andXiao,W.,2018,Rb-Srgeochronologyofsinglegold-bearingpyritegrainsfromtheKatbasugolddepositintheSouthTianshan,Chinaanditsgeologicalsignificance:OreGeologyReviews,v.100,p.99-110.
13.Dong,L.,Wan,B.*,Deng,C.,Cai,K.,andXiao,W.,2018,AnEarlyPermianepithermalgoldsystemintheTulasuBasininNorthXinjiang,NWChina:Constraintsfrominsituoxygen-sulfurisotopesandgeochronology:JournalofAsianEarthSciences,v.153,p.412-424.
12.Wan,B.*,Xiao,W.,Windley,B.F.,Gao,J.,Zhang,L.,andCai,K.,2017,ContrastingorestylesandtheirroleinunderstandingtheevolutionoftheAltaids:OreGeologyReviews,v.80,p.910-922.
11.Wan,B.*,Windley,B.F.,Xiao,W.,Feng,J.,andZhang,J.e.,2015,Paleoproterozoichigh-pressuremetamorphisminthenorthernNorthChinaCratonandimplicationsfortheNunasupercontinent:Naturecommunications,v.6,p.8344.
10.Wan,B.*,Xiao,W.,Han,C.,Windley,B.F.,Zhang,L.,Qu,W.,andDu,A.,2014,Re–OsmolybdeniteageoftheCu–MoskarnoredepositatSuoerkudukeinEastJunggar,NWChinaanditsgeologicalsignificance:OreGeologyReviews,v.56,p.541-548.
9.Wan,B.*,Xiao,W.,Windley,B.F.,andYuan,C.,2013,PermianhornblendegabbrosintheChineseAltaifromasubduction-relatedhydrousparentmagma,notfromtheTarimmantleplume:Lithosphere,v.5,no.3,p.290-299.
8.Wan,B.*,Xiao,W.,Zhang,L.,andHan,C.,2012,Ironmineralizationassociatedwithamajorstrike–slipshearzone:radiometricandoxygenisotopeevidencefromtheMengkudeposit,NWChina:OreGeologyReviews,v.44,p.136-147.
7.Wan,B.*,Xiao,W.,Zhang,L.,Windley,B.F.,Han,C.,andQuinn,C.D.,2011,ContrastingstylesofmineralizationintheChineseAltaiandEastJunggar,NWChina:implicationsfortheaccretionaryhistoryofthesouthernAltaids:JournaloftheGeologicalSociety,v.168,no.6,p.1311-1321.
6.Wan,B.*,Zhang,L.,andXiang,P.,2010,TheAsheleVMS‐typeCu‐ZnDepositinXinjiang,NWChinaFormedinaRiftedArcSetting:ResourceGeology,v.60,no.2,p.150-164.
5.Wan,B.*,Zhang,L.,andXiao,W.,2010,GeologicalandgeochemicalcharacteristicsandoregenesisoftheKeketaleVMSPb–Zndeposit,SouthernAltaiMetallogenicBelt,NWChina:OreGeologyReviews,v.37,no.2,p.114-126.
4.Wan,B.*,Hegner,E.,Zhang,L.,Rocholl,A.,Chen,Z.,Wu,H.,andChen,F.,2009,Rb-SrgeochronologyofchalcopyritefromtheChehugouporphyryMo-Cudeposit(NortheastChina)andgeochemicalconstraintsontheoriginofhostinggranites:EconomicGeology,v.104,no.3,p.351-363.
3.万博*,张连昌,徐兴旺,孙赫,2006,东天山小石头泉铜多金属矿区火山岩-次火山岩地球化学与成矿构造背景':岩石学报,v.22,no.11.
2.万博*,张连昌,2006,新疆阿尔泰东南缘卡拉先格尔铜矿带含矿斑岩地球化学及其成矿意义:中国地质,v.33,no.3,p.618-625.
1.万博*,张连昌,2006,新疆阿尔泰南缘泥盆纪多金属成矿带Sr-Nd-Pb同位素地球化学与构造背景探讨:岩石学报,v.22,no.1,p.145-152.
合作作者同行评议论文：
2020
61.陈凌,王旭,梁晓峰,万博,和刘丽军.2020.俯冲构造vs.地幔柱构造–板块运动驱动力探讨.中国科学:地球科学,doi:10.1360/SSTe-2019-0106.
60.Tan,Z.,Agard,P.,Gao,J.,Hong,T.andWan,B.2020.ConcordantpulseinMn,YandHREEsconcentrationsduringUHPeclogiticgarnetgrowth:Transientrockdynamicsalongacoldsubductionplateinterface.EarthandPlanetaryScienceLetters,v.115908.
2019
59.肖文交,宋东方,Windley,B,李继亮,韩春明,万博,张继恩,敖松坚,张志勇.2019.中亚增生造山过程与成矿作用研究进展.中国科学:地球科学49,1512-1545,doi:10.1360/SSTe-2019-0133.
58.Esmaeili,R.,Xiao,W.,Ebrahimi,M.,Zhang,J.E.,Zhang,Z.,AbdEl-Rahman,Y.,Han,C.,Wan,B.,Ao,S.,Song,D.,Shahabi,S.,andAouizerat,A.,2019,Makranophioliticbasalts(SEIran)recordLateCretaceousNeotethysplume-ridgeinteraction:InternationalGeologyReview,p.1-21.
57.Tan,Z.,Agard,P.,Monié,P.,Gao,J.,John,T.,Bayet,L.,Jiang,T.,Wang,X.-S.,Hong,T.,Wan,B.,andCaron,B.,2019,ArchitectureandP-T-deformation-timeevolutionoftheChineseSW-TianshanHP/UHPcomplex:Implicationsforsubductiondynamics:Earth-ScienceReviews,v.197,doi:10.1016/j.earscirev.2019.102894
56.Liu,X.,Liu,W.,Xiao,W.andWan,B.,2019.Magmareplenishmentasrevealedbytexturalandgeochemicalfeaturesofplagioclasephenocrystsinsubduction-relatedlavas.ActaGeologicaSinica-EnglishEdition,v.93,p.464-476.
55.高俊,朱明田,王信水,洪涛,李光明,李继磊,肖文交,秦克章,曾庆栋,申萍,徐兴旺,张招崇,周建波,赖勇,张晓晖,孙景贵,万博,王博,2019,中亚成矿域斑岩大规模成矿特征:大地构造背景,流体作用与成矿深部动力学机制.地质学报,v.93,p.24-71.
2018
54.Han,C.,Xiao,W.Su,B.,Sakyi,PA.,Ao,S.,Zhang,J.,Zhang,Z.,Wan,B.,Song,D.,2018,Geology,Re-OsandU-PbgeochronologyandsulfurisotopeoftheDonggebiporphyryModeposit,Xinjiang,NWchina,CentralAsianOrogenicBelt:JournalofAsianEarthSciences,v.165,p.270-284.
53.Su,W.,Cai,K.,Sun,M.,Wan,B.,Wang,X.,Bao,Z.,andXiao,W.,2018.Carboniferousvolcanicrocksassociatedwithback-arcextensioninthewesternChineseTianshan,NWChina:Insightfromtemporal-spatialcharacter,petrogenesisandtectonicsignificance:Lithos,v.310-311,p.241-254.
52.Zhang,Z.,Xiao,W.,Ji,W.,Majidifard,M.,Talebian,M.,Rezaeian,M.,Xiang,D.,Chen,L.,Wan,B.,Ao,S,Esmaeili,R.,2018,Geochemistry,zirconU-PbandHfisotopeforthegranitoidsfromtheNWSanandaj-Sirjanzone,Iran:implicationsforMesozoic-CenozoicepisodicmagmatismduringNeo-Tethyanlithosphericsubduction:GondwanaResearch,v.62,p.227-245.
51.Chen,H.,Wan,B.,Pirajno,F.,Chen,Y.,andXiao,B.,2018,MetallogenesisoftheXinjiangOrogens,NWChina-NewDiscoveriesandOreGenesis:OreGeologyReviews,v.100,p.1-11.
50.Gao,J.,Klemd,R.,Zhu,M.,Wang,X.,Li,J.,Wan,B.,Xiao,W.,Zeng,Q.,Shen,P.,andSun,J.,2017,Large-scaleporphyry-typemineralizationintheCentralAsianmetallogenicdomain:Areview:JournalofAsianEarthSciences,dio:org/10.1016/j.jseaes.2017.10.002.
49.Wang,Y.,Cai,K.,Sun,M.,Xiao,W.,DeGrave,J.,Wan,B.,andBao,Z.,2017,Trackingthemulti-stageexhumationhistoryofthewesternChineseTianshanbyApatiteFissionTrack(AFT)dating:implicationforthepreservationofepithermaldepositsintheancientorogenicbelt:OreGeologyReviews,v.100,p.111-132..
48.Xiao,W.,Windley,B.F.,Han,C.,Liu,W.,Wan,B.,Zhang,J.e.,Ao,S.,Zhang,Z.,andSong,D.,2017,LatePaleozoictoearlyTriassicmultipleroll-backandoroclinalbendingoftheMongoliacollageinCentralAsia:Earth-ScienceReviews,dio:10.1016/j.earscirev.2017.09.020.
47.Han,C.,Xiao,W.,Su,B.,Sakyi,P.A.,Ao,S.,Zhang,J.,Wan,B.,Song,D.,andWang,Z.,2016,Agesandtectonicimplicationsofthemafic–ultramafic-carbonatiteintrusiverocksandassociatedCu-Ni,Fe-Pandapatite-vermiculitedepositsfromtheQuruqtaghdistrict,NWChina:OreGeologyReviews,dio:10.1016/j.oregeorev.2016.07.011.
46.Bao,Z.,Cai,K.,Sun,M.,Xiao,W.,Wan,B.,Wang,Y.,Wang,X.,andXia,X.,2018,ContinentalcrustmeltinginducedbysubductioninitiationoftheSouthTianshanOcean:InsightfromtheLatestDevoniangraniticmagmatisminthesouthernYiliBlock,NWChina:JournalofAsianEarthSciences,v.153,p.100-117.
45.Nabatian,G.,Li,X.-H.,Wan,B.,andHonarmand,M.,2017,ThegenesisofMo-CudepositsandmaficigneousrocksintheSenjarea,Alborzmagmaticbelt,Iran:MineralogyandPetrology,v.112,p.481-500.
44.Wang,X.,Cai,K.,Sun,M.,Xiao,W.,Xia,X.,Wan,B.,Bao,Z.,andWang,Y.,2018,TwocontrastinglatePaleozoicmagmaticepisodesinthenorthwesternChineseTianshanBelt,NWChina:Implicationfortectonictransitionfromplateconvergencetointra-plateadjustmentduringaccretionaryorogenesis:JournalofAsianEarthSciences,v.153,p.118-138.
2017
43.Nabatian,G.,Wan,B.,andHonarmand,M.,2017,Wholerockgeochemistry,molybdeniteRe-Osgeochronology,stableisotopeandfluidinclusioninvestigationsoftheSiah-Kamardeposit,westernAlborz-Azarbayjan:NewconstrainsontheporphyryModepositinIran:OreGeologyReviews,v.91,p.638-659.
42.Xiao,W.,Ao,S.,Yang,L.,Han,C.,Wan,B.,Zhang,J.E.,Zhang,Z.,Li,R.,Chen,Z.,andSong,S.,2017,Anatomyofcompositionandnatureofplateconvergence:InsightsforalternativethoughtsforterminalIndia-Eurasiacollision:ScienceChinaEarthSciences,v.60,no.6,p.1015-1039.
41.Luo,J.,Xiao,W.,Wakabayashi,J.,Han,C.,Zhang,J.e.,Wan,B.,Ao,S.,Zhang,Z.,Tian,Z.,andSong,D.,2017,TheZhahebaophiolitecomplexinEasternJunggar(NWChina):longlivedsupra-subductionzoneoceancrustformationanditsimplicationsforthetectonicevolutioninsouthernAltaids:GondwanaResearch,v.43,p.17-40.
40.Han,C.,Xiao,W.,Su,B.,Sakyi,P.A.,Ao,S.,Zhang,J.,Wan,B.,Song,D.,Zhang,Z.,andWang,Z.,2017,NeoarcheanAlgoma-typebandedironformationfromtheNorthernShanxi,theTrans-NorthChinaOrogen:SIMSU-Pbage,originandtectonicsetting:PrecambrianResearch,v.303,p.548-572.
39.Zhang,Z.,Xiao,W.,Majidifard,M.R.,Zhu,R.,Wan,B.,Ao,S.,Chen,L.,Rezaeian,M.,andEsmaeili,R.,2017,DetritalzirconprovenanceanalysisintheZagrosOrogen,SWIran:implicationsfortheamalgamationhistoryoftheNeo-Tethys:InternationalJournalofEarthSciences,v.106,no.4,p.1223-1238.
38.Yamini,M.A.,Tutti,F.,Yamini,M.R.A.,Ahmadian,J.,andWan,B.,2017,ExaminationofchloritizationofbiotiteasatoolforreconstructingthephysicochemicalparametersofmineralizationandassociatedalterationintheZafarghandporphyrycoppersystem,Ardestan,CentralIran:mineral-chemistryandstableisotopeanalyses:MineralogyandPetrology,v.111,no.5,p.747-759.
2016
37.Cai,K.,Sun,M.,Buslov,M.,Jahn,B.-m.,Xiao,W.,Long,X.,Chen,H.,Wan,B.,Chen,M.,andRubanova,E.,2016,CrustalnatureandoriginoftheRussianAltai:ImplicationsforthecontinentalevolutionandgrowthoftheCentralAsianOrogenicBelt(CAOB):Tectonophysics,v.674,p.182-194.
36.Ao,S.,Xiao,W.,Jafari,M.K.,Talebian,M.,Chen,L.,Wan,B.,Ji,W.,andZhang,Z.,2016,U–Pbzirconages,fieldgeologyandgeochemistryoftheKermanshahophiolite(Iran):Fromcontinentalriftingat79Matooceaniccorecomplexatca.36MainthesouthernNeo-Tethys:GondwanaResearch,v.31,p.305-318.
2015
35.Tian,Z.,Xiao,W.,Sun,J.,Windley,B.F.,Glen,R.,Han,C.,Zhang,Z.,Zhang,J.e.,Wan,B.,andAo,S.,2015,TriassicdeformationofPermianEarlyTriassicarc-relatedsedimentsintheBeishan(NWChina):lastpulseoftheaccretionaryorogenesisinthesouthernmostAltaids:Tectonophysics,v.662,p.363-384.
2014
34.Han,C.,Xiao,W.,Su,B.-X.,Sakyi,P.A.,Chen,Z.,Zhang,X.,Ao,S.,Zhang,J.,Wan,B.,andZhang,Z.,2014,FormationageandgenesisoftheGongchanglingNeoarcheanbandedirondepositineasternLiaoningProvince:ConstraintsfromgeochemistryandSHRIMPzirconU–Pbdating:PrecambrianResearch,v.254,p.306-322.
33.Xiao,W.,Han,C.,Liu,W.,Wan,B.,Zhang,J.e.,Ao,S.,Zhang,Z.,Song,D.,Tian,Z.,andLuo,J.,2014,HowmanysuturesinthesouthernCentralAsianOrogenicBelt:InsightsfromEastXinjiang–WestGansu(NWChina)?:GeoscienceFrontiers,v.5,no.4,p.525-536.
32.Han,C.,Xiao,W.,Su,B.,Chen,Z.,Zhang,X.,Ao,S.,Zhang,J.,Zhang,Z.,Wan,B.,andSong,D.,2014,NeoarcheanAlgoma-typebandedironformationsfromEasternHebei,NorthChinaCraton:SHRIMPU-Pbage,originandtectonicsetting:PrecambrianResearch,v.251,p.212-231.
31.Han,C.,Xiao,W.,Zhao,G.,Su,B.,Sakyi,P.A.,Ao,S.,Wan,B.,Zhang,J.e.,Zhang,Z.,andWang,Z.,2014,Mid-latePaleozoicmetallogenesisandevolutionoftheChineseAltaiandEastJunggarorogenicbelt,NWChina,CentralAsia:JournalofGeosciences,v.59,no.3,p.255-274.
30.Han,C.,Xiao,W.,Zhao,G.,Su,B.,Ao,S.,Zhang,J.,Wan,B.,Wang,Z.,Ding,J.,andQu,W.,2014,Re–OsisotopicageoftheHongqilingCu–NisulfidedepositinJilinProvince,NEChinaanditsgeologicalsignificance:ResourceGeology,v.64,no.3,p.247-261.
29.Tian,Z.,Xiao,W.,Windley,B.F.,Lin,L.n.,Han,C.,Zhang,J.e.,Wan,B.,Ao,S.,Song,D.,andFeng,J.,2014,Structure,age,andtectonicdevelopmentoftheHuoshishan–Niujuanziophioliticmélange,Beishan,southernmostAltaids:GondwanaResearch,v.25,no.2,p.820-841.
28.Han,C.,Xiao,W.,Zhao,G.,Su,B.,Ao,S.,Zhang,J.,Zhang,Z.,Wan,B.,andWang,Z.,2014,TectonicimplicationsofRe-OsdatingofmolybdenumdepositsintheTianshan–XingmengOrogenicBelt,CentralAsia:InternationalGeologyReview,v.56,no.8,p.985-1006.
27.Lin,L.n.,Xiao,W.,Wan,B.,Windley,B.F.,Ao,S.,Han,C.,Feng,J.,Zhang,J.e.,andZhang,Z.,2014,Geochronologicandgeochemicalevidenceforpersistenceofsouth-dippingsubductiontolatePermiantime,Langshanarea,InnerMongolia(China):SignificanceforterminationofaccretionaryorogenesisinthesouthernAltaids:AmericanJournalofScience,v.314,no.2,p.679-703.
26.Han,C.,Wu,F.,Xiao,W.,Zhao,G.,Ao,S.,Zhang,J.,Wan,B.,Qu,W.,andDu,A.,2014,ThePaleoproterozoicChibaisongMafic-UltramaficIntrusionandCu-NiDeposit,NorthChinaCraton:SHRIMPZirconU-PbandRe-OsGeochronologyandGeodynamicImplications:JournalofGeophysicsandRemoteSensing,v.3,no.1,p.651-657.
25.Wang,Z.-M.,Han,C.-M.,Xiao,W.-J.,Wan,B.,Sakyi,P.A.,Ao,S.-J.,Zhang,J.-E.,andSong,D.-F.,2014,PetrologyandgeochronologyofPaleoproterozoicgarnet-bearingamphibolitesfromtheDunhuangBlock,EasternTarimCraton:PrecambrianResearch,v.255,p.163-180.
24.Wu,H.,Zhang,L.,Pirajno,F.,Xiang,P.,Wan,B.,Chen,Z.,andZhang,X.,2014,TheJiguanshanporphyryModepositintheXilamulunmetallogenicbelt,northern"">23.Feng,J.,Xiao,W.,Windley,B.,Han,C.,Wan,B.,Zhang,J.e.,Ao,S.,Zhang,Z.,andLin,L.,2013,Fieldgeology,geochronologyandgeochemistryofmafic–ultramaficrocksfromAlxa,China:implicationsforLatePermianaccretionarytectonicsinthesouthernAltaids:JournalofAsianEarthSciences,v.78,p.114-142.
2013
22.Han,C.,Xiao,W.,Zhao,G.,Su,B.-X.,Sakyi,P.A.,Ao,S.,Wan,B.,Zhang,J.e.,andZhang,Z.,2013,SIMSU-PbzircondatingandRe-OsisotopicanalysisoftheHuluCu-Nideposit,easternTianshan,CentralAsianOrogenicBelt,anditsgeologicalsignificance:JournalofGeosciences,v.58,no.3,p.251-270.
21.Han,C.,Xiao,W.,Zhao,G.,Su,B.,Ao,S.,Zhang,J.e.,andWan,B.,2013,AgeandtectonicsettingofmagmaticsulfideCu-NimineralizationintheEasternTianshanOrogenicBelt,Xinjiang,CentralAsia:JournalofGEOsciences,v.58,no.3,p.233-250.
20.Han,Z.,Han,C.,Xiao,W.,Zhao,G.,Wang,Z.,Ao,S.,Zhang,J.,andWan,B.,2013,PalaeozoicporphyryCu–AuandultramaficCu–NidepositsintheeasternTianshanorogenicbelt:temporalconstraintsfromU–Pbgeochronology:InternationalGeologyReview,v.55,no.7,p.842-862.
19.焦守涛,颜丹平,张旗,李承东,万博,田忠华,2013,八达岭花岗岩的年龄,地球化学特征及其地质意义:岩石学报,v.29,no.3,p.769-780.
2011
18.Wu,H.,Zhang,L.,Wan,B.,Chen,Z.,Xiang,P.,Pirajno,F.,Du,A.,andQu,W.,2011,Re–Osand40Ar/39AragesoftheJiguanshanporphyryModeposit,Xilamulunmetallogenicbelt,NEChina,andconstraintsonmineralizationevents:MineraliumDeposita,v.46,no.2,p.171-185.
17.Wu,H.,Zhang,L.,Wan,B.,Chen,Z.,Zhang,X.,andXiang,P.,2011,GeochronologicalandgeochemicalconstraintsonAolunhuaporphyryMo–Cudeposit,northeastChina,anditstectonicsignificance:OreGeologyReviews,v.43,no.1,p.78-91.
16.Chen,Z.,Zhang,L.,Wan,B.,Wu,H.,andCleven,N.,2011,GeochronologyandgeochemistryoftheWunugetushanporphyryCu–ModepositinNEChina,andtheirgeologicalsignificance:OreGeologyReviews,v.43,no.1,p.92-105.
15.Zhang,X.,Zhang,L.,Xiang,P.,Wan,B.,andPirajno,F.,2011,ZirconU–Pbage,HfisotopesandgeochemistryofShuichangAlgoma-typebandediron-formation,NorthChinaCraton:constraintsontheore-formingageandtectonicsetting:GondwanaResearch,v.20,no.1,p.137-148.
2010
14.Wang,Q.,Shu,L.S.,Charvet,J.,Faure,M.,Ma,H.,Natal'In,B.,Gao,J.,Kroner,A.,Xiao,W.,andLiu,J.,Winley,B.,Chen,Y.,Glen,R.,Jian,P.,Zhang,W.,Seltmann,R.,Wile,S.,Choulet,F.,Wan,B.,Quinn,C.,Agramonte,Y.,Shang,Q.,Zhang,W.,Wang,B.,Lin,W.,2010,UnderstandingandstudyperspectivesontectonicevolutionandcrustalstructureofthePaleozoicChineseTianshan:EpisodesJournalofInternationalGeoscience,v.33,no.4,p.242-266.
13.郭谦谦,潘成泽,肖文交,曲军峰,敖松坚,张继恩,宋东方,田中华,万博,韩春明,2010,哈密延东铜矿床地质和地球化学特征：新疆地质,v.28,no.4,p.419-426.
12.张连昌,吴华英,相鹏,张晓静,陈志广,万博,2010,中生代复杂构造体系的成矿过程与成矿作用——以华北大陆北缘西拉木伦钼铜多金属成矿带为例:岩石学报,v.26,no.5,p.1351-1362.
11.吴华英,张连昌,陈志广,万博,相鹏,张晓静,2010,西拉木伦多金属成矿带鸡冠山斑岩钼矿富氟高盐度高氧逸度流体包裹体研究:岩石学报,v.26,no.5,p.1363-1374.
2009
10.相鹏,张连昌,吴华英,张晓静,陈志广,万博,2009,新疆青河卡拉先格尔铜矿带Ⅱ-Ⅲ矿区含矿斑岩锆石年龄及地质意义:岩石学报,no.6,p.1474-1483.
9.Zhang,L.-c.,Wu,H.-y.,Wan,B.,andChen,Z.-g.,2009,AgesandgeodynamicsettingsofXilamulunMo–CumetallogenicbeltinthenorthernpartoftheNorthChinaCraton:GondwanaResearch,v.16,no.2,p.243-254.
2008
8.Zhang,L.-c.,Zhou,X.-h.,Ying,J.-f.,Wang,F.,Guo,F.,Wan,B.,andChen,Z.-g.,2008,GeochemistryandSr–Nd–Pb–HfisotopesofEarlyCretaceousbasaltsfromtheGreatXingganRange,NEChina:Implicationsfortheiroriginandmantlesourcecharacteristics:ChemicalGeology,v.256,p.12-23.
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1.张连昌,万博,焦学军,张锐,2006,西准包古图含铜斑岩的埃达克岩特征及其地质意义，中国地质,v.33,no.3,p.626-631.
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