近期论文
查看导师新发文章
（温馨提示：请注意重名现象，建议点开原文通过作者单位确认）
Deng,H.,Kusky,T.M.,Polat,A,Lan,B.Y.,Huang,B.,Peng,H.T.,Wang,J.P.,Wang,S.J.,2019.MagmaticrecordofNeoarcheanarc-polarityreversalfromtheDengfengsegmentoftheCentralOrogenicBelt,NorthChinaCraton.PrecambrianResearch,326,105-123.
Deng,H.,Peng,S.B.,Polat,A.,Kusky,T.,Jiang,X.F.,Han,Q.S.,Wang,L.,Huang,Y.,Wang,J.P.,Zeng,W.,Hu,Z.X.,2017.NeoproterozoicIATIntrusionintoMesoproterozoicMORMiaowanOphiolite,YangtzeCraton:Evidenceforevolvingtectonicsettings.PrecambrianResearch,289,75-94.
Deng.H.,Kusky,T.M.,Polat,A.,Wang,C.,Wang,L.,Li,Y.X.,Wang,J.P.,2016.Afore-arcsubduction-accretioncomplexintheDengfengGranite-GreenstoneBelt,SouthernChinaCraton.PrecambrianResearch,275,241-264.
Deng,H.,Kusky,T.M.,Polat,A.,Wang,L.,Wang,J.P.,Fu,J.M.,Wang,Z.S.,Yuan,Y.,2014.Geochronology,mantlesourcecompositionandgeodynamicconstraintsontheoriginofNeoarcheanmaficdikesintheZanhuangComplex,CentralOrogenicBelt,NorthChinaCraton.Lithos,205,359-378.
Deng,H.,Kusky,T.M.,Polat,A.,Wang,L.,Wang,J.P.,Wang,S.J.,2013.GeochemistryofNeoarcheanmaficvolcanicrocksandlatemaficdikesintheZanhuangComplex,CentralOrogenicBelt,NorthChinaCraton:Implicationsforgeodynamicsetting.Lithos,175-176,193-212.
Deng,H.,Kusky,T.M.,Peng,S.B.,Wang,L.,Jiang,X.F.,Wang,J.P.,Wang,S.J.,2012.DiscoveryofasheeteddikecomplexinthenorthernYangtzecratonanditsimplicationsforcratonevolution.JournalofEarthScience,23(5),676-695.
Huang,B.,Kusky,T.M.,Wang,L.,Deng,H.,Wang,J.,Fu,D.,Peng,H.,Ning,W.,2019.AgeandgenesisoftheNeoarcheanAlgoma-typebandedironformationsfromtheDengfenggreenstonebelt,southernNorthChinaCraton:Geochronological,geochemicalandSm–Ndisotopicconstraints.PrecambrianResearch333.
WangJ.P.,LiX.W.,NingW.B.,KuskyT.M.,WangL.,PolatA.,andDengH.,2019.GeologyofaNeoarcheansuture:EvidencefromtheZunhuaophioliticmelangeoftheEasternHebeiProvince,NorthChinaCraton.GeologicalSocietyofAmericaBulletin,inpress.
Huang,B.,Kusky,T.,Wang,L.,Polat,A.,Fu,D.,Windley,B.,Deng,H.,Wang,J.,2018.StructuralrelationshipsandkinematicsoftheNeoarcheanDengfengforearcandaccretionarycomplexes,southernNorthChinacraton.GSABulletin.DOI.10.1130/B31938.1
Han,Q.S.,Peng,S.,Polat,A.,Kusky,T.,Deng,H.,Wu,T.,2018.Aca.2.1GaAndean-typemarginbuiltonmetasomatizedlithosphereinthenorthernYangtzecraton,China:Evidencefromhigh-Mgbasaltsandandesites.PrecambrianResearch309,309-324.
Han,Q.S.,Peng,S.B.,Kusky,T.,Polat,A.,Jiang,X.F.,Cen,Y.,Liu,S.F.,Deng,H.,2017.APaleoproterozoicophioliticmelange,Yangtzecraton,SouthChina:EvidenceforPaleoproterozoicsuturingandmicrocontinentamalgamation.PrecambrianResearch293,13-38.
Huang,Y.,Wang,L.,Kusky,T.,Robinson,P.T.,Peng,S.B.,Polat,A.,Deng,H.,2017.High-CrchromitesfromtheLateProterozoicMiaowanOphioliteComplex,SouthChina:Implicationsforitstectonicenvironmentofformation.Lithos288,35-54.
Wang,L.,Kusky,T.M.,Polat,A.,Wang,S.J.,Jiang,X.F.,Zong,K.Q.,Wang,J.P.,Deng,H.,Fu,J.M.,2014.PartialmeltingofdeeplysubductedeclogitefromtheSuluorogeninChina.NatureCommunications,5:5604.DOI:10.1038/ncomms6604.
Kusky,T.M.,Polat,A.,Windley,B.F.,Burke,K.C.,Dewey,J.F.,Kidd,W.S.F.,Maruyama,S.,Wang,J.P.,Deng,H.,Wang,Z.S.,Wang,C.,Fu,D.,Li,X.W.,Peng,H.T.,2016.InsightsintothetectonicevolutionoftheNorthChinaCratonthroughcomparativetectonicanalysis:ArecordofoutwardgrowthofPrecambriancontinents.Earth-ScienceReviews162,387-432.
Wang,J.P,Deng,H.,Kusky,T.,Polat,A.,2017.Commentson“Paleoproterozoicarc-continentcollisionintheNorthChinaCraton:EvidencefromtheZanhuangComplex”byLietal.(2016),PrecambrianResearch286:281-305.PrecambrianResearch.
Wang,J.P,Deng,H.,Kusky,T.,Polat,A.,2017.Commentsto“Paleoproterozoicmeta-carbonatesfromtheCentralsegmentoftheTrans-NorthChinaOrogen:ZirconU-Pbgeochronology,geochemistry,andcarbonandoxygenisotopes”byTangetal.,2016,PrecambrianResearch284:14–29.PrecambrianResearch294,344-349.
Wang,J.P,Kusky,T.,Wang,L.,Polat,A.,Deng,H.,Wang,C.,Wang,S.,2017.StructuralrelationshipsalongaNeoarcheanarc-continentcollisionzone,NorthChinacraton.GeologicalSocietyofAmericaBulletin129,59-75.
Wang,J.P,Kusky,T.,Wang,L.,Polat,A.,Wang,S.,Deng,H.,Fu,J.,Fu,D.,2017.Petrogenesisandgeochemistryofcirca2.5GagranitoidsintheZanhuangMassif:ImplicationsformagmaticsourceandNeoarcheanmetamorphismoftheNorthChinaCraton.Lithos268-271,149-162.
WangJ.P.,KuskyT.M.,WangL.,PolatA.,Deng,H.,2015.ANeoarcheansubductionpolarityreversaleventintheNorthChinaCraton,Lithos,220-223:133-146.
Wang,J.P.,Kusky,T.M.,Polat,A.,Wang,L.,Deng,H.,Wang,S.J.,2013.AlateArcheantectonicmélangeintheZanhuangMassifoftheCentralOrogenicBelt,NorthChinaCraton.Tectonophysics,608,929-946.
Lin,M.S,Peng,S.,Jiang,X.,Polat,A.,Kusky,T.,Wang,Q.,Deng,H.,2016.Geochemistry,petrogenesisandtectonicsettingofNeoproterozoicmafic–ultramaficrocksfromthewesternJiangnanorogen,SouthChina.GondwanaResearch35,338-356.
Peng,S.B.,Kusky,T.M.,Jiang,X.F.,Wang,L.,Wang,J.P.,Deng,H.,2012.Geology,Geochemistry,andGeochronologyoftheMiaowanOphiolite,YangtzeCraton:ImplicationsforSouthChina'sAmalgamationHistorywiththeRodinianSupercontinent.GondwanaResearch,2012,21(2-3),577-594.
Wang,J.P.,Kusky,T.M.,Polat,A.,Wang,L.,Peng,S.B.,Jiang,X.F.,Deng,H.,Wang,S.J.,2012.Sea-floorMetamorphismRecordedinEpidositesfromtheca.1.0GaMiaowanOphiolite,HuanglingAnticline,China.JournalofEarthScience,23(5),696-704.
Jiang,X.F.,Peng,S.B.,Kusky,T.M.,Wang,L.,Wang,J.P.,Deng,H.,2012.GeologicalFeaturesandDeformationalAgesoftheBasalThrustBeltoftheMiaowanOphioliteintheSouthernHuanglingAnticlineandItsTectonicImplications.JournalofEarthScience,23(5),705-718.
京公网安备 11010802027423号