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(1)Liu,H.C.,Bi,M.W.*,Guo,X.F.,Zhou,Y.Z.,andWang,Y.K.,2019a,PetrogenesisofLateSilurianvolcanisminSWYunnan(China)andimplicationsforthetectonicreconstructionofnorthernGondwana:InternationalGeologyReview.
(2)Liu,H.C.,Li,Y.L.*,Wu,L.W.,Huangfu,P.P.,andZhang,M.,2019b,Geochemistryofhigh-Nbbasalt-andesiteintheErgunaMassif(NEChina)andimplicationsfortheearlyCretaceousback-arcextension:GeologicalJournal,v.54,p.291-307.
(3)Liu,H.C.,Li,Y.L.*,He,H.Y.,Huangfu,P.P.,andLiu,Y.Z.,2018a,Two-phasesouthwardsubductionoftheMongol-OkhotskoceanicplateconstrainedbyPermian-JurassicgranitoidsintheErgunaandXing'anmassifs(NEChina):Lithos,v.304,p.347-361.
(4)Liu,H.C.*,Peng,T.P.,andGuo,X.F.,2018b,GeochronologicalandgeochemicalconstraintsonthecoexistentN-MORB-andSSZ-typeophiolitesinBabuarea(SWChina)andtectonicimplications:JournaloftheGeologicalSociety,v.175,p.667-678.
(5)Liu,H.C.*,Wang,Y.J.,Li,Z.H.,Zi,J.W.,andHuangfu,P.P.,2018c,GeodynamicsoftheIndosinianorogenybetweentheSouthChinaandIndochinablocks:InsightsfromlatestPermian-Triassicgranitoidsandnumericalmodeling:GeologicalSocietyofAmericaBulletin,v.130,p.1289-1306.
(6)Liu,H.C.*,Xia,X.P.,Lai,C.K.,Gan,C.S.,Zhou,Y.Z.,andHuangfu,P.P.,2018d,Break-awayofSouthChinafromGondwana:InsightsfromtheSilurianhigh-NbbasaltsandassociatedmagmaticrocksintheDiancangshan-Ailaoshanfoldbelt(SWChina):Lithos,v.318–319,p.194–208.
(7)Li,Y.L.,Liu,H.C.*,Huangfu,P.P.,He,H.Y.,andLiu,Y.Z.,2018,EarlycretaceouslowercrustalreworkinginNEChina:insightsfromgeochronologyandgeochemistryoffelsicigneousrocksfromtheGreatXing'anrange:InternationalJournalofEarthSciences,v.107,p.1955-1974.
(8)Xu,G.,Liu,H.C.*,Li,Y.L.,Xu,Z.,andXie,Y.,2018,EarlyPermianSunidyouqisuprasubduction-zoneophiolitesinthecentralSolonkersuturezone(InnerMongolia,China):GeoscienceFrontiers,v.2018,p.1-11.
(9)Wang,Y.J.*,Qian,X.,Cawood,P.A.,Liu,H.C.,Feng,Q.L.,Zhao,G.C.,Zhang,Y.H.,He,H.Y.,andZhang,P.Z.,2018,ClosureoftheEastPaleotethyanOceanandamalgamationoftheEasternCimmerianandSoutheastAsiacontinentalfragments:Earth-ScienceReviews,v.186,p.195-230.
(10)Liu,H.C.,Wang,Y.J.*,Cawood,P.A.,andGuo,X.F.,2017a,Episodicslabrollbackandback-arcextensionintheYunnan-Burmaregion:InsightsfromCretaceousNb-enrichedandoceanic-islandbasalt-likemaficrocks:GeologicalSocietyofAmericaBulletin,v.129,p.698-714.
(11)Liu,H.C.,Wang,Y.J.*,Guo,X.F.,Fan,W.M.,andSong,J.J.,2017b,LateTriassicpost-collisionalslabbreak-offalongtheAilaoshansuture:insightsfromOIB-likeamphibolitesandassociatedfelsicrocks:InternationalJournalofEarthSciences,v.106,p.1359-1373.
(12)Liu,H.C.,Wang,Y.J.*,andZi,J.W.,2017c,PetrogenesisoftheDalongkaiultramafic-maficintrusionanditstectonicimplicationforthePaleotethyanevolutionalongtheAilaoshantectoniczone(SWChina):JournalofAsianEarthSciences,v.141,p.112-124.
(13)Wang,Y.J.*,Zhou,Y.Z.,Cai,Y.F.,Liu,H.C.,Zhang,Y.Z.,andFan,W.M.,2016,GeochronologicalandgeochemicalconstraintsonthepetrogenesisoftheAilaoshangraniticandmigmatiterocksanditsimplicationsonNeoproterozoicsubductionalongtheSWYangtzeBlock:PrecambrianResearch,v.283,p.106-124.
(14)Liu,H.C.,Wang,Y.J.*,Cawood,P.A.,Fan,W.M.,Cai,Y.F.,andXing,X.W.,2015,RecordofTethyanoceanclosureandIndosiniancollisionalongtheAilaoshansuturezone(SWChina):GondwanaResearch,v.27,p.1292–1306.
(15)Fan,W.M.*,Wang,Y.J.*,Zhang,Y.H.,Zhang,Y.Z.,Jourdan,F.,Zi,J.W.,andLiu,H.C.,2015,PaleotethyansubductionprocessrevealedfromTriassicblueschistsintheLancangtectonicbeltofSouthwestChina:Tectonophysics,v.662,p.95-108.
(16)Liu,H.C.,Wang,Y.J.*,Fan,W.M.,Zi,J.W.,Cai,Y.F.,andYang,G.L.,2014,PetrogenesisandtectonicimplicationsofLate-TriassichighE>(Nd)(t)-E>(Hf)(t)granitesintheAilaoshantectoniczone(SWChina):ScienceChina-EarthSciences,v.57,p.2181-2194.
(17)Cai,Y.F.,Wang,Y.J.*,Cawood,P.A.,Fan,W.M.,Liu,H.C.,Xing,X.W.,andZhang,Y.Z.,2014,NeoproterozoicsubductionalongtheAilaoshanzone,SouthChina:Geochronologicalandgeochemicalevidencefromamphibolite:PrecambrianResearch,v.245,p.13-28.
(18)Ma,L.Y.,Wang,Y.J.*,Fan,W.M.,Geng,H.Y.,Cai,Y.F.,Zhong,H.,Liu,H.C.,andXing,X.W.,2014,PetrogenesisoftheearlyEoceneI-typegranitesinwestYingjiang(SWYunnan)anditsimplicationfortheeasternextensionoftheGangdesebatholiths:GondwanaResearch,v.25,p.401-419.
(19)Zheng,H.,Huang,Q.T.,Cai,Z.R.,Zhang,K.J.,Liu,H.C.,Li,C.C.,Lu,L.J.,Yang,B.,andYu,S.R.,Inpress,EarlyCretaceousarcgranitoidsfromthecentralLhasasubterrane:ProductionofthenorthwardsubductionofYarlungZangboNeo‐TethyanOcean?:GeochemicalJournal.
(20)Huang,Q.T.,Cai,Z.R.,Xia,B.,Li,J.F.,Xia,L.Z.,andLiu,H.C.,2016,Geochronology,geochemistry,andSr-Nd-PbisotopesofCretaceousgranitoidsfromwesternTibet:petrogenesisandtectonicimplicationsfortheevolutionoftheBangongMeso-Tethys:InternationalGeologyReview,v.58,p.95-111.
(21)赵国锋,刘汇川*,钱鑫,张爱梅,何景文,何慧莹,王岳军,2018,琼东南晚二叠世Ⅰ型花岗岩成因及其构造指示:地球科学,v.43,p.1321-1332.
(22)郭小飞,王岳军,刘汇川*,张玉芝,2017,哀牢山深变质带内两类晚渐新世花岗岩成因及其构造指示:中山大学学报(自然科学版),v.56,p.1-14.
(23)何慧莹,王岳军*,刘汇川,张玉芝,2016,海南枫木地区基性岩的年代学、地球化学及其构造意义:中山大学学报(自然科学版),p.146-157.
(24)甘成势,王岳军*,蔡永丰,刘汇川,张玉芝,宋菁菁,郭小飞,2016,南岭地区温公岩体的岩石成因及其构造指示:地球科学,p.17-34.
(25)邢晓婉,张玉芝*,王岳军,刘汇川,2015,西盟地区奥陶纪花岗片麻岩的锆石U-Pb年代学、Hf同位素组成特征及其大地构造意义:大地构造与成矿学,v.39,p.470-480.
(26)刘汇川,王岳军*,范蔚茗,訾建威,蔡永丰,杨光林,2014,滇西哀牢山地区晚三叠世高ε_(Nd)(t)-ε_(Hf)(t)花岗岩的构造指示:中国科学:地球科学,p.2373-2388.
(27)蔡永丰,王岳军*,刘汇川,马莉燕,邢晓婉,刘雷,2014,哀牢山新元古代斜长角闪岩的形成时代、地球化学特征及其大地构造意义:大地构造与成矿学,p.168-180.
(28)刘汇川,王岳军*,蔡永丰,马莉燕,邢晓婉,范蔚茗,2013,哀牢山构造带新安寨晚二叠世末期过铝质花岗岩锆石U-Pb年代学及Hf同位素组成研究:大地构造与成矿学,v.37,p.87-98.
(29)马莉燕,范蔚茗,王岳军*,蔡永丰,刘汇川,2013,那邦地区花岗片麻岩的锆石U-Pb年代学及Hf同位素组成特征:大地构造与成矿学,v.37,p.273-283.