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28)Zhao,X.-F.,Chen,W.-T.,Li,X.-C.,Zhou,M.-F.,2020.IronOxideCopper-GoldDepositsinChina:AReviewandPerspectivesonOreGenesis.In:Goldfarb,R.,Chang,Z.(Eds.),MineralDepositsofChina.SEGSpecialPublication.Volume22,inpress
27)Xiong,L.,Zhao,X.*,Wei,J.,Jin,X.,Fu,L.,Lin,Z.,2020.LinkingMesozoiclodegolddepositstometal-fertilizedlowercontinentalcrustintheNorthChinaCraton:EvidencefromPbisotopesystematics.ChemicalGeology:119440.
26)Su,Z.-K.,Zhao,X.-F.*,Zeng,L.-P.,Zhao,K.-D.,Hofstra,A.H.,2019.Tourmalineboronandstrontiumisotopesystematicsrevealmagmaticfluidpulsesandexternalfluidinfluxinagiantironoxide-apatite(IOA)deposit.GeochimicaetCosmochimicaActa,259:233-252.
25)Zeng,L.-P.,Zhao,X.-F.*,Hammerli,J.,Fan,T.-W.-T.,Spandler,C.,2019.Trackingfluidsourcesforskarnformationusingscapolitegeochemistry:anexamplefromtheJinshandianironskarndeposit,EasternChina.MineraliumDeposita.DOI:10.1007/s00126-019-00914-3
24)Su,J.-H.,Zhao,X.-F.*,Li,X.-C.,Hu,W.,Chen,M.,Xiong,Y.-L.,2019.GeologicalandgeochemicalcharacteristicsoftheMiaoyasyenite-carbonatitecomplex,CentralChina:ImplicationsfortheoriginofREE-Nb-enrichedcarbonatite.OreGeologyReviews,113:103101.
23)赵新福*,李占轲*,赵少瑞,毕诗健,李建威,2019.华北克拉通南缘早白垩世区域大规模岩浆-热液成矿系统.地球科学,44(1):52-68.
22)李建威,赵新福,邓晓东,谭俊,胡浩,张东阳,李占轲,李欢,荣辉,杨梅珍,曹康,靳晓野,隋吉祥,俎波,昌佳,吴亚飞,文广,赵少瑞2019.新中国成立以来中国矿床学研究若干重要进展.中国科学:地球科学,49:1720-1771.
21)林祖苇,赵新福*,熊乐,朱照先,2019.胶东三山岛金矿床黄铁矿原位微区微量元素特征及对矿床成因的指示.地球科学进展,34(4):399-413.
20)陈伟,赵新福,李晓春,周美夫,2019.中国铁氧化物-铜-金(IOCG)矿床的基本特征及研究进展.岩石学报,35(1):99-118.
19)纪敏,赵新福*,曾丽平,范田纬腾,2018.鄂东南铜绿山矿床石榴子石显微结构及微区成分对成矿过程的指示.岩石学报,34(9):2716-2732.
18)Zhao,X.-F.*,Zhou,M.-F.,Su,Z.-K.,Li,X.-C.,Chen,W.T.,Li,J.-W.,2017.Geology,geochronology,andgeochemistryoftheDahongshanFe-Cu-(Au-Ag)deposit,SWChina:ImplicationsfortheformationofIOCGdepositsinintracratonicriftsettings.EconomicGeology,112(3):603-628.
17)Bi,S.-J.,Zhao,X.-F.*,2017.40Ar/39ArdatingoftheJiehegolddepositintheJiaodongPeninsula,easternNorthChinaCraton:Implicationsforregionalgoldmetallogeny.OreGeologyReviews,86:639-651.
16)Zeng,L.-P.,Zhao,X.-F.*,Li,X.-C.,Hu,H.,McFarlane,C.,2016.InsituelementalandisotopicanalysisoffluorapatitefromtheTaocunmagnetite-apatitedeposit,EasternChina:Constraintsonfluidmetasomatism.AmericanMineralogist,101(11):2468-2483.
15)Su,Z.-K.,Zhao,X.-F.*,Li,X.-C.,Zhou,M.-F.,2016.UsingelementalandboronisotopiccompositionsoftourmalinetotracefluidevolutionsofIOCGsystems:TheworldclassDahongshanFe-CudepositinSWChina.ChemicalGeology,441:265-279.
14)Zhao,X.-F.*,Zhou,M.-F.,Gao,J.-F.,Li,X.-C.,Li,J.-W.,2015.InsituSrisotopeanalysisofapatitebyLA-MC-ICPMS:constraintsontheevolutionoforefluidsoftheYinachangFe-Cu-REEdeposit,SouthwestChina.MineraliumDeposita,50(7):871-884.
13)Li,X.,Zhao,X.,Zhou,M.-F.,Chen,W.T.,Chu,Z.,2015.FluidinclusionandisotopicconstraintsontheoriginofthePaleoproterozoicYinachangFe-Cu-(REE)deposit,southwestChina.EconomicGeology,110(5):1339-1369.
12)Zhou,M.-F.,Zhao,X.-F.,Chen,W.T.,Li,X.-C.,Wang,W.,Yan,D.-P.,Qiu,H.-N.,2014.ProterozoicFe-CumetallogenyandsupercontinentalcyclesofthesouthwesternYangtzeBlock,southernChinaandnorthernVietnam.Earth-ScienceReviews,139(0):59-82.
11)Zhao,X.-F.,Zhou,M.-F.,Li,J.-W.,SelbyD.,LiC.,LiX.-H.andQi,L.,2013.SulfideRe–OsandRb–SrisotopicagesandthetectonicenvironmentoftheKangdianFe–Cumetallogenicprovince,SWChina.EconomicGeology,108(6):1489-1498.
10)Zhao,X.-F.,Zhou,M.-F.,Li,J.-W.,andQi,L.,2013.LatePaleoproterozoicsediment-hostedstratiformcopperdepositsinSouthChina:Theirpossiblelinktothesupercontinentcycle.MineraliumDeposita,48(1):129-136.
9)Huang,X.-W.,Zhao,X.-F.*,Qi,L.,Zhou,M.-F.,2013.Re-OsandSisotopicconstraintsontheoriginsoftwomineralizationeventsattheTangdansedimentaryrock-hostedstratiformCudeposit,SWChina.ChemicalGeology,347(0):9-19.
8)Zhao,X.-F.,Zhou,M.-F.,Hitzman,M.W.,Li,J.-W.,Bennett,M.,Meighan,C.andAnderson,E.,2012.LatePaleoproterozoictoEarlyMesoproterozoicTangdanSedimentaryRock-HostedStrata-boundCopperDeposit,YunnanProvince,SouthwestChina.EconomicGeology,107:357-375.
7)Zhao,X.-F.andZhou,M.-F.,2011.Fe–CudepositsintheKangdianregion,SWChina:AProterozoicIOCG(iron-oxide–copper–gold)metallogenicprovince.MineraliumDeposita46:731-747.
6)Zhao,X.-F.,Zhou,M.-F.,Li,J.-W.,Sun,M.,Gao,J.-F.,Sun,W.-H.,Yang,J.-H.,2010.LatePaleoproterozoictoearlyMesoproterozoicDongchuanGroupinYunnan,SWChina:ImplicationsfortectonicevolutionoftheYangtzeBlock.PrecambrianResearch,182:57-69.
5)Li,J.-W.,Zhao,X.-F.,Zhou,M.-F.,Ma,C.-Q.,deSouza,Z.andVasconcelos,P.,2009.LateMesozoicmagmatismfromtheDayeregion,easternChina:U–Pbages,petrogenesis,andgeodynamicimplications.ContributionstoMineralogyandPetrology,157:383-409.
4)Li,J.-W.,Zhao,X.-F.,Zhou,M.-F.,Vasconcelos,P.,Ma,C.-Q.,Deng,X.-D.,deSouza,Z.S.,Zhao,Y.-X.,Wu,G.,2008.OriginoftheTongshankouporphyry–skarnCu–Modeposit,easternYangtzecraton,EasternChina:geochronological,geochemical,andSr–Nd–Hfisotopicconstraints.MineraliumDeposita,43(3):315-336.
3)Zhao,X.-F.,Zhou,M.-F.,Li,J.-W.,andWu,F.-Y.,2008.AssociationofNeoproterozoicA-andI-typegranitesinSouthChina:ImplicationsforgenerationofA-typegranitesinasubduction-relatedenvironment.ChemicalGeology,257:1-15.
2)赵新福,李建威,马昌前,郎银生,2007.北淮阳古碑花岗闪长岩侵位时代及地球化学特征:对大别山中生代构造体制转换的启示.岩石学报,23(6):1392-1402.
1)赵新福,李建威,马昌前,2006.鄂东南铁铜矿集区铜山口铜(钼)矿床40Ar/39Ar年代学及对区域成矿作用的指示.地质学报,80(6):849-862.