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1、Fu,L.B.,Wei,J.H.,Bagas,L.,Pirajno,F.,Zhao,X.,Chen,J.,Zhang,D.,Chen,Y.,Chen,Y.,2019.MultistageexhumationoftheAnjiayingzigolddeposit,northernNorthChinaBlock:Geodynamicsettingsandexplorationimplications.OreGeologyReviews,https://doi.org/10.1016/j.oregeorev.2019.103220.
2、Fu,L.B.,Wei,J.H.,Tan,J.,Santosh,M.,Zhang,D.H.,Chen,J.J.,Li,Y.J.,Zhao,S.Q.,Peng,L.N.,2016.MagmamixingintheKalaqincorecomplex,northernNorthChinaCraton:Linkingdeeplithosphericdestructionandshallowextension.Lithos260,390–412.
3、Fu,L.B.,Wei,J.H.,Chen,H.Y.,Bagas,L.,Tan,J.,Li,H.,Zhang,D.H.,Tian,N.,2016.Therelationshipbetweengoldmineralization,exhumationofmetamorphiccorecomplexandmagmacooling:FormationoftheAnjiayingziAudeposit,northernNorthChinaCraton.OreGeologyReviews73,222–240.
4、Fu,L.B.,Wei,J.H.,Kusky,T.M.,Chen,H.Y.,Tan,J.,Li,Y.J.,Shi,W.J.,Chen,C.,Zhao,S.,2012.TheCretaceousDuimiangouadakite-likeintrusionfromtheChifengregion,northernNorthChinaCraton:Crustalcontaminationofbasalticmagmainanintracontinentalextensionalenvironment.Lithos134,273–288.
5、Fu,L.B.,Wei,J.H.,Kusky,T.M.,Chen,H.Y.,Tan,J.,Li,Y.J.,Kong,L.J.,Jiang,Y.J.,2012.TriassicshoshoniticdykesfromthenorthernNorthChinacraton:petrogenesisandgeodynamicsignificance.GeologicalMagazine149,39–55.
6、Fu,L.B.,Wei,J.H.,Li,Y.J.,Tan,J.,Li,S.R.,Li,H.M.,2010.LA-ICP-MSzirconU-PbdatingoftheKunlunguanA-typegranitesinGuangxiProvince,SouthChinaanditsgeologicalsignificance.ChineseJournalofGeochemistry29,223–232.
7、付乐兵,魏俊浩,张道涵,谭俊,田宁,赵志新,2015.单个流体包裹体成分LA-ICPMS分析与矿床学应用进展.中南大学学报(自然科学版)46,3832–3840.
8、付乐兵,魏俊浩,魏启荣,谭俊,李艳军,李闫华,王明志,蒋永建,2010.内蒙古金厂沟梁地区晚三叠世脉岩地球化学特征及成岩动力学背景.地球科学-中国地质大学学报35,933–946.
9、付乐兵,张可清,郭玲利,孔令俊,杨少卿,2008.湖北铜山口铜(钼)矿床矿石品位地质统计学意义.资源环境与工程22,16–21.
10、Chen,J.J.,Fu,L.B.,Wei,J.H.*,Selby,D.,Zhang,D.H.,Zhou,H.Z.,Zhao,X.,Liu,Y.,2019.Proto-TethysmagmaticevolutionalongnorthernGondwana:InsightsfromLateSilurian–MiddleDevonianA-typemagmatism,EastKunlunOrogen,NorthernTibetanPlateau,China.Lithos,DOI:10.1016/j.lithos.2019.105304.
11、Zhao,X.,Fu,L.*,Wei,J.,Bagas,L.,Santosh,M.,Liu,Y.,Zhang,D.,Zhou,H.,2019.LatePermianback-arcextensionoftheeasternPaleo-TethysOcean:EvidencefromtheEastKunlunOrogen,NorthernTibetanPlateau.Lithos340-341,34–48.
12、Chen,J.J.,Wei,J.H.,Fu,L.B.*,Li,H.,Zhou,H.Z.,Zhao,X.,Zhan,X.F.,Tan,J.,2017.MultiplesourcesoftheEarlyMesozoicGoulibatholith,EasternKunlunOrogenicBelt,northernTibetanPlateau:Linkingcontinentalcrustalgrowthwithoceanicsubduction.Lithos292-293,161–178.
13、Zhao,Z.X.,Wei,J.H.,Fu,L.B.*,Liang,S.N.,Zhao,S.Q.,2017.TheEarlyPaleozoicXitieshansyn-collisionalgraniteintheNorthQaidamultrahigh-pressuremetamorphicbelt,NWChina:Petrogenesisandimplicationsforcontinentalcrustgrowth.Lithos278-281,140–152.
14、Zhang,D.H.,Wei,J.H.,Fu,L.B.*,Schmitt,A.K.,Wang,D.Z.,Tan,J.,Liu,J.K.,2017.PetrogenesisandThermalOverprintofS-typeGranitesinHelanshanRegion,NorthChinaCraton:Constraintsonthe1.90GaKhondalitesDecompressionMeltingand1.32GaTectono-thermalEvent.PrecambrianResearch303,660–672.
15、赵旭,付乐兵*,魏俊浩,赵玉京,唐洋,杨宝荣,管波,王晓云,2018.东昆仑按纳格角闪辉长岩体地球化学特征及其对古特提斯洋演化的制约.地球科学(中国地质大学学报)43(2),354–370.
16、刘颜兵*,王凤林,魏俊浩,管波,谭俊,杨宝荣,汪殿钟,2018.东昆仑东段坑得弄舍多金属矿床铅锌与金银成矿关系研究.大地构造与成矿学42(3),480–493.
17、唐洋,付乐兵*,魏俊浩,杨宝荣,祁月清,谢智勇,李文君,马忠贤,2017.东昆仑东段果洛龙洼脉状金矿床断裂构造控矿规律.地质科技情报36(2),160–167.
18、陈俊霖,付乐兵*,赵江南,唐洋,赵旭,刘颜,谢智勇,祁月清,2017.东昆仑东段果洛龙洼金矿床原生晕分带特征与深部找矿靶区圈定.地质科技情报36(1),161–167.
19、陈加杰,付乐兵*,魏俊浩,田宁,熊乐,赵玉京,张玉洁,祁月清,2016.东昆仑沟里地区晚奥陶世花岗闪长岩地球化学特征及其对原特提斯洋演化的制约.地球科学(中国地质大学学报)41,1863–1882.
20、赵少卿,付乐兵*,魏俊浩,谭俊,王旭春,赵志新,李翔,2015.青海治多地区晚三叠世石英闪长岩地球化学特征及成岩动力学背景.地球科学(中国地质大学学报)40,61–76.
1、付乐兵,2016.周口店教学实习中培养学生矿床学研究能力的探索.教育教学论坛8,182–183.
1、付乐兵,魏俊浩,谭俊,陈加杰,赵玉京,唐洋,赵旭,刘颜,汪殿钟,陈俊霖,2015.东昆仑沟里整装勘查区脉状金矿床多级构造控矿规律.矿物学报35,388–389.
2、付乐兵,魏俊浩,谭俊,李艳军,张道涵,陈加杰,2015.喀喇沁变质核杂岩内安家营子金矿床成矿与剥蚀历史.矿物学报35,15–16.
3、魏俊浩,谭俊,李艳军,付乐兵,2009.中大比例尺成矿预测与勘查的若干问题.矿物学报29,489–491.