近期论文

107.Li,Y.,Liu,M.,Li,Y.,Chen,L.,2019.ActivecrustaldeformationinsoutheasternTibetanPlateau:Thekinematicsanddynamics.EarthandPlanetaryScienceLetters523,115708.
106.Lei,T.,Li,Z.-H.,Liu,M.,2019.Removingmantlelithosphereunderorogens:delaminationversusconvectivethinning.GeophysicalJournalInternational219,877-896.
105.Shen,X.,Kind,R.,Huang,Z.,Yuan,X.,andLiu,M.,2019,ImagingtheMantleLithospherebelowtheChinacratonsusingS-to-pconvertedwaves:Tectonophysics,https://doi.org/10.1016/j.tecto.2019.1002.1002.
104.Sun,Y.,andLiu,M.,2018,RheologicalcontrolofthelateralgrowthoftheTibetanPlateau:Numericalresults:JournalofGeophysicalResearch:SolidEarth,v.123, https://doi.org/10.1029/2018JB016601.
103.Luo,G.,andLiu,M.,2018,StressingratesandseismicityonthemajorfaultsineasternTibetanPlateau:JournalofGeophysicalResearch:SolidEarth,v.123,https://doi.org/10.1029/2018JB015532. 
102.Lin,F.,andLiu,M.,2018,CrustalextensioninNorthChinasincetheMesozoic:Anumericalstudy:GeodesyandGeodynamics, https://doi.org/10.1016/j.geog.2018.1009.1005.
101.Li,Y.,Liu,M.,Wang,Q.,Cui,D.,2018.Present-daycrustaldeformationandstraintransferinnortheasternTibetanPlateau.EarthandPlanetaryScienceLetters487,179-189.
100.Ye,J.,Liu,M.,2017.HowfaultevolutionchangesstrainpartitioningandfaultslipratesinsouthernCalifornia:Resultsfromgeodynamicmodeling.JournalofGeophysicalResearch:SolidEarth122,doi:10.1002/2017JB014325.
99.Wang,H.,Liu,M.,Ye,J.,Cao,J.,Jing,Y.,2017.Strainpartitioningandstressperturbationaroundstepoversandbendsofstrike-slipfaults:Numericalresults.Tectonophysics721,211-226.
98.Shen,X.,Liu,M.,Gao,Y.,Wang,W.,Shi,Y.,An,M.,Zhang,Y.,Liu,X.,2017.LithosphericstructureacrossthenortheasternmarginoftheTibetanPlateau:Implicationsfortheplateau'slateralgrowth.EarthandPlanetaryScienceLetters459,80-92.
97.Stein,S.,Liu,M.,Spencer,B.D.,Brooks,E.M.,2016.PromiseandParadox:WhyImprovedKnowledgeofPlateTectonicsHasNotYieldedCorrespondinglyBetterEarthquakeHazardMaps.PlateBoundariesandNaturalHazards219,123.
96.Liu,M.,Stein,S.,2016.Mid-continentalearthquakes:Spatiotemporaloccurrences,causes,andhazards.Earth-ScienceReviews162,364-386.
95.Calais,E.,Camelbeeck,T.,Stein,S.,Liu,M.,Craig,T.,2016.Anewparadigmforlargeearthquakesinstablecontinentalplateinteriors.GeophysicalResearchLetters43.
94.Liu,D.,Liu,M.,Wang,H.,Li,J.,Cheng,J.,Wang,X.,2016.SlipratesandseismicmomentdeficitsonmajorfaultsintheTianshanregion.ChineseJ.Geophys.(inChinese)59,1647-1666.
93.Brown,M.,Liu,M.,2016.Injection-InducedSeismicityinCarbonandEmeryCounties,centralUtah.Geofluids,doi:10.1111/gfl.12184.
92.Li,Z.-H.,Liu,M.,andGerya,T.,2016,Lithospheredelaminationincontinentalcollisionalorogens:Asystematicnumericalstudy:J.Geophys. Res.,121,doi:10.1002/2016JB013106.[PDF]
91.Stein,S.,Liu,M.,Spencer,B.D.,Brooks,E.M.,2016.PromiseandParadox:WhyImprovedKnowledgeofPlateTectonicsHasNotYieldedCorrespondinglyBetterEarthquakeHazardMaps.PlateBoundariesandNaturalHazards,123-148.
90.Stein,S.,Liu,M.,Camelbeeck,T.,Merino,M.,Landgraf,A.,Hintersberger,E.,K�bler,S.,2015.ChallengesinassessingseismichazardinintraplateEurope.GeologicalSociety,London,SpecialPublications432,SP432.437.
89.Chen,S.,Liu,M.,Xing,L.,Xu,W.,Wang,W.,Zhu,Y.,andLi,H.,2015,Gravityincreasebeforethe2015Mw7.8Nepalearthquake:GeophysicalResearchLetters,v.43,p.doi:10.1002/2015GL066595.[PDF]
88.Sun,Y.,Liu,M.,Dong,S.,Zhang,H.,andShi,Y.,2015,ActivetectonicsinTaiwan:insightsfroma3-Dviscousfiniteelementmodel:EarthquakeScience,v.28,no.5-6,p.353-363.[PDF]
87.Stein,S.,Liu,M.,Camelbeeck,T.,Merino,M.,Landgraf,A.,Hintersberger,E.,andKuebler,S.,2015,ChallengesinassessingseismichazardinintraplateEurope:GeologicalSociety,London,SpecialPublications,v.432,p.SP432.437.[PDF]
86.Dong,S.,Zhang,Y.,Gao,R.,Su,J.,Liu,M.,Li,J.,2015.ApossibleburiedPaleoproterozoiccollisionalorogenbeneathcentralSouthChina:Evidencefromseismic-reflectionprofiling.PrecambrianResearch264,1-10.[PDF]
85.Tang,Y.,Zhou,S.,Chen,Y.J.,Sandvol,E.,Liang,X.,Feng,Y.,Jin,G.,Jiang,M.,Liu,M.,2015.CrustalstructuresacrossthewesternWeiheGraben,NorthChina:ImplicationsforextrusiontectonicsatthenortheastmarginofTibetanPlateau.JournalofGeophysicalResearch:SolidEarth120,5070-5081.[PDF]
84.Shen,X.,Yuan,X.,Liu,M.,2015.IstheAsianlithosphereunderthrustingbeneathnortheasternTibetanPlateau?Insightsfromseismicreceiverfunctions.EarthPlanet.Sci.Lett.428,172-180.[PDF]
83.Ye,J.,Liu,M.,Wang,H.,2015.Anumericalstudyofstrike‐slipbendformationwithapplicationtotheSaltonSeapull‐apartbasin.Geophys.Res.Lett.,DOI:10.1002/2015GL063180.[PDF]
82.Zhang,S.,Gao,R.,Li,H.,Hou,H.,Wu,H.,Li,Q.,Yang,K.,Li,C.,Li,W.,Zhang,J.,Yang,T.,Keller,G.R.,Liu,M.,2014.CrustalstructuresrevealedfromadeepseismicreflectionprofileacrosstheSolonkersuturezoneoftheCentralAsianOrogenicBelt,northernChina:Anintegratedinterpretation.Tectonophysics612,26-39.
81.Cheng,J.,Liu,M.,Gan,W.,Xu,X.,Huang,F.,Liu,J.,2014.SeismicImpactoftheMw9.0TohukuEarthquakeinEasternChina.Bull.Seism.Soc.Am.,1258-1267.[PDF]
80.Liu,M.,Luo,G.,Wang,H.,Stein,S.,2014.LongaftershocksequencesinNorthChinaandCentralUS:implicationsforhazardassessmentinmid-continents.EarthquakeScience,DOI10.1007/s11589-11014-10066-z.[PDF]
79.Liu,M.,Luo,G.,Wang,H.,2014.The2013LushanearthquakeinChinatestshazardassessments.SeismologicalResearchLetters85,40-43.[PDF]
78.Liu,M.,Wang,H.,Ye,J.,Cheng,J.,2014.IntraplateearthquakesinNorthChina,in:Talwani,P.(Ed.),IntraplateEarthquakes.CambridgeUniversityPress,NewYork,pp.97-125.[PDF]
77.Wang,H.,Liu,M.,Li,Z.,Cao,J.,andJin,Y.,2013,LongaftershocksequencesoflargeearthquakesinNorthChina:Earthquakes,v.33,no.3,p.1-12(inChinesewithEnglishabstract).[PDF]
76.Hu,C.,Cai,Y.,Liu,M.,andWang,Z.,2013,Aftershocksduetopropertyvariationsinthefaultzone:Amechanicalmodel:Tectonophysics,v.588,p.179-188.[PDF]
75.Yang,Y.,Liu,M.,2013.TheIndo-Asiancontinentalcollision:A3-Dviscousmodel,Tectonophysics,10.1016/j.tecto.2013.06.032 [PDF]
74.Liu,M.,andH.Wang,2012,RoamingearthquakesinChinahighlightmidcontinentalhazards,EOS,93(45),453-454.[PDF],[Fig1],[Fig2]
73.Stein,S.,Geller,R.J.,andLiu,M.,2012,Whyearthquakehazardmapsoftenfailandwhattodoaboutit:Tectonophysics,v.562?63,no.0,p.1-25.[PDF]
72.Luo,G.&Liu,M.,2012.Multi-timescalemechanicalcouplingbetweentheSanJacintoFaultandtheSanAndreasFault,southernCalifornia,Lithosphere,doi:10.1130/L1180.1131.[PDF]
71.Stein,S.,Geller,R.&Liu,M.,2011.Badassumptionsorbadluck:Whyearthquakehazardmapsneedobjectivetesting,Seis.Res.Lett.,82,623-626.[PDF]
70.Liu,M.,Stein,S.,andWang,H.,2011,2000yearsofmigratingearthquakesinNorthChina:Howearthquakesinmidcontinentsdifferfromthoseatplateboundaries,Lithosphere,p.doi:10.1130/L129.1.[PDF]
69.Wang,H.,Liu,M.,Cao,J.,Shen,X.,andZhang,G.,2011,SlipratesandseismicmomentdeficitsonmajoractivefaultsinmainlandChina:J.Geophys.Res.,v.116,B02405,doi:10.1029/2010JB007821.[PDF]
68.Liu,M.&Stein,S.,2011.Aftershocks.inEncyclopediaofSolidEarthGeophysics,pp.192-194,ed.Gupta,H.SpringerDordrecht,TheNetherlands.[PDF]
67.Liu,M.,2011.Foreshocks.inEncyclopediaofSolidEarthGeophysics,pp.199-201,ed.Gupta,H.SpringerDordrecht,TheNetherlands.[PDF]
66.Liu,M.,Yang,Y.,Li,Q.,Luo,G.&Zhang,H.,2011.Parallelfiniteelementmodelingofmulti-timescalefaultingandlithosphericdeformationinthewesternUS.inCyberinfrastructureforgeosciences,pp.68-94,eds.Keller,R.&Baru,C.CambridgePress[PDF]
65.Liu,M.,Wang,H.,andLi,Q.,2010.InceptionoftheEasternCaliforniaShearZoneandevolutionoftheSanAdreasFaultplateboundaryzone:Fromkinematicstogeodynamics:J.Geophy.Res.,115,B07401,doi:10.1029/2009JB007055[PDF]
64. Merino,M.,Stein,S.,Liu,M.,andOkal,E.A.,2010,ComparisonofseismicityratesintheNewMadridandWabashValleyseismiczones:SeismologicalResearchLetters,v.8,p.951-954.[PDF]
63.WangH.,LiuJ.,ShenX.H.,Liu,M.,LiQ.,Shi,Y.,andZhangG.,2010.InfluenceoffaultgeometryandfaultinteractiononstrainpartitioningwithinwesternSichuananditsadjacentregion,ScienceChina,v.53,doi:10.1007/s11430-010-0062-7[PDF]
62.Wang,H.,Liu,M.,Shen,X.,andLiu,J.,2010,BalancingseismicmomentineasternTibet:ImplicationsfortheGreat2008WenchuanEarthquake:Tectonophysics,p.doi:10.1016/j.tecto.2009.09.022.[PDF]
61.Luo,G.,andLiu,M.,2010,StressevolutionandfaultinteractionsineasternTibet:Implicationsforthe2008Mw7.9Wenchuanearthquake:Tectonophysics,doi:10.1016/j.tecto.2009.12.019.[PDF]
60.Yang,Y.,andM.Liu,2010,Whatdrivesshort-andlong-termcrustaldeformationinthesouthwesternUnitedStates?,Geophys.Res.Lett.,v.37(L04306),doi:10.1029/2009GL041598.[PDF]
59.Stein,S.,andLiu,M.,2009,Longaftershocksequenceswithincontinentsandimplicationsforearthquakehazardassessment:Nature(London),v.462,p.87-89.[PDF]
58.Stein,S.,Liu,M.,Calais,E.,andLi,Q.,2009,Mid-continentearthquakesasacomplexsystem:SeismologicalResearchLetters,v.80,p.551-553.[PDF]
57.Ge,S.,Liu,M.,Lu,N.,God,J.,andLuo,G.,2009,DidtheZipingpuReservoirTriggerthe2008GreatWenchuanEarthquake?:Geophys.Res.Lett,v.36,p.doi:10.1029/2009GL040349.[PDF]
56.Zhang,Q.,Sandvol,E.,andLiu,M.,2009,LithosphericVelocityStructureoftheNewMadridSeismicZone:AJointTeleseismicandLocalPTomographicStudy:Geophys.Res.Lett,v.36,p.L11305,doi:10.1029/2009GL037687.[PDF]      
55.Luo,G.andM.Liu,2009.Howdoestrenchcouplingleadtomountainbuildinginthesubandes?Aviscoelasto-plasticfiniteelementmodel,J.Geophys.Res.vol.114,B03409,doi:10.1029/2008JB005861[PDF]
54.Luo,G.andM.Liu,2009.WhysubductioncausesmountainbuildingintheAndes,butnotintheCascadia?Geophys.Res.Lett,vol.36,L08301,doi:10.1029/2009GL037347[PDF]
53.Yang,Y. andLiu,M., 2009.CrustalthickeningandlateralextrusionduringtheIndo-Asiancollision:A3Dviscousflowmodel,Tectonophysics,Vol.465,pp.128-135.[PDF]
52.Zhang,Q.,Sandvol,E.,andLiu,M.,2009.TomographicPnVelocityandAnisotropyStructureintheCentralandEasternUnitedStates,BulletinoftheSeismologicalSocietyofAmerica,Vol.99,pp.422-427.[PDF]
51.Li,Q., Liu,M.,andStein,S.,2009.Spatial-temporalcomplexityofcontinentalintraplateseismicity:Insightsfromgeodynamicmodelingandimplicationsforseismichazardestimation,BulletinoftheSeismologicalSocietyofAmerica,Vol.99,pp.doi:10.1785/012.[PDF]
50.Li,Q.,Liu,M.;Zhang,H.,2009.A3-Dviscoelastoplasticmodelforsimulatinglong-termsliponnon-planarfaults,Geophys.J.Int.,Vol.176,pp.293-306.[PDF]
49.Yang,Y.,andLiu,M.,2009,Algorithmsforoptimizingrheologyandloadingforcesinfiniteelementmodelsoflithosphericdeformation,inXing,H.,ed.,AdvancesinGeocomputing.LectureNotesinEarthSciences,Volume119:Berlin,Heidelberg,Springer-Verlag,p.119-138.
48.Tong,W.,Wang,L.S.,Mi,N.,Xu,M.J.,Li,H.,Yu,D.Y.,Li,C.,Liu,S.W.,Liu,M.,andSandvolEric,A.,2007,ReceiverfunctionanalysisforseismicstructureofthecrustanduppermostmantleintheLiupanshanarea,China:ScienceChina,v.50,p.227-233.
47.Li,Q.,andM.Liu,2007,InitiationoftheSanJacintoFaultanditsinteractionwiththeSanAnreasFault,PureAppl.Geophys.,DOI10.1007/s00024-00007-00262-z.[PDF]
46.Liu,M.,Y.Yang,Q.Li,H.Zhang,2007,Parallelcomputingofmulti-scalecontinentaldeformationinthewesternUnitedStates:Preliminaryresults,PhysicsoftheEarthandPlanetaryInteriors,163,35-51.[PDF]
45.Zhang,H.,Liu,Mian,Shi,Yaolin,DavidYuen,ZhenzhenYan,GuopingLiang,2007,Towardanautomatedparallelcomputingenvironmentforgeosciences,PhysicsoftheEarthandPlanetaryInteriors,163,2-22.[PDF]
44.Liu,M.,Yang,Y.,Shen,Z-K.,Wang,S.,Wang,M.,andWan,Y.,2007,ActivetectonicsandintracontinentalearthquakesinChina:Thekinematicsandgeodynamics,inContinentalIntraplateEarthquakes:Science,Hazard,andPolicyIssues,editedbyS.SteinandS.Mazzotti,pp.209-318,doi:210.1130/2007.2425(19),GeologicalSocietyofAmericaSpecialPapers,Boulder,CO.[PDF]
43.Li,Q.,Liu,M.,Qie,Z.,andSandvolEric,A., 2007,Stressevolutionandseismicityinthecentral-easternUnitedStates:Insightsfromgeodynamicmodeling,inContinentalIntraplateEarthquakes:Science,Hazard,andPolicyIssues,editedbyS.SteinandS.Mazzotti,pp.149-166,doi:110.1130/2007.2425(11).GeologicalSocietyofAmericaSpecialPapers,Boulder,CO.[PDF]
42.Wang,S.,andM.Liu,2006,Movinghotspotsorreorganizedplates?,Geology,34,465-468;doi:410.1130/G22236.22231. [PDF]
41.Li,Q.,andM.Liu,2006,GeometricalimpactoftheSanAndreasFaultonstressandseismicityinCalifornia,Geophys.Res.Lett,33,L08302,doi:10.1029/2005GL025661[PDF]
40.Liu,M.,andY.Yang,2005,ContrastingseismicitybetweentheNorthChinaandSouthChinablocks:kinematicsandgeodynamic,Geophys.Res.Lett,32(L12310),doi:10.1029/2005GL023048.[PDF]
39.Li,Q.,M.Liu,andA.SandvolEric,2005,StressEvolutionFollowingthe1811-1812LargeEarthquakesintheNewMadridSeismicZone,Geophys.Res.Lett,32(L11310),doi:10.1029/2004GL022133.[PDF]
38.Nabelek,P.,andLiu,M.,2004,Petrologicalandthermalconstraintsontheoriginofleucogranitesincollisionalorogens:TransactionsoftheRoyalSocietyofEdinburgh,v.95,p.73-85.
37.Liu,M.,Cui,X.,andLiu,F.,2004,CenozoicriftingandvolcanismineasternChina:amantledynamiclinktotheIndo-Asiancollision?:Tectonophysics,v.393,p.29-42.[PDF]
36.Cui,X.,M.Liu,andF.Liu,2004,Collision-drivenlateralmantleflowunderAsiancontinent?,inChen,Y.,ed.,Environment,NatureHazards,andGlobalTectonicsoftheEarth,Volume2:AdvancesinEarthSciences:Beijing,HigherEducationPress,p.135-146.
35.Liu,M.,andYang,Y.,2003,ExtensinalcollapseoftheTibetanPlateau:Resultsfromthree-dimensionalfiniteelementmodeling:J.Geophys. Res.,v.108,p.doi:10.1029/2002JB002248.[PDF]
34.He,J.,Liu,M.,andLi,Y.,2003,IstheShanxiriftofnorthernChinaextending?:Geophys.Res.Lett.,v.30,p.doi:10.1029/2003GL018764.[PDF]
33.Cui,X.,Nabelek,P.,I.,andLiu,M.,2003,ReactiveflowofmixedCO2-H2Ofluidandprogressofcalc-silicatereactionsincontactmetamorphicaureoles:Insightsfromtwo-dimensionalnumericalmodeling:J.Metamor.Geol.,v.21,p.663-684.[PDF]
32.Yang,Y.,Liu,M.,andStein,S.,2003,A3DgeodynamicmodeloflateralcrustalflowduringAndeanmountainbuilding:GeophysicalResearchLetters,v.30,p.doi:10.1029/2003GL18.[PDF]
31.Cui,X.,P.I.Nabelek,andM.Liu,2002. FluidflowandoxygenisotoperesettinginNotchPeakcontactmetamorphicaureole:Insightsfromnumericalmodeling,GSABull.,114,869-882.[PDF]
30.Yang,Y.,andM.Liu,2002.Deformationofconvergentplates:EvidencefromdiscrepanciesbetweenGPSvelocitiesandrigid-platemotions,Geophys.Res.Lett.,(10),10.1029/2001GL013391. [PDF]
29.Li,Q.,M.Liu,andY.Yang,2002.The01/26/2001,Bhuj,India,Earthquake:IntraplateorInterplate?InPlateBoundaryZones,SethSteinandJeffreyT.Freymueller,Editors,AGUGeodynamicsseriesvol.30,DOI:10/1029/030GD16,2002.[PDF]
28.Liu,M.,YouqingYang,SethStein,andErynKlosko,CrustalShorteningandExtensionintheCentralAndes:InsightsFromaViscoelasticModel,AGUGeodynamicsseriesvol.30,DOI:10/1029/030GD19,2002.[PDF]
27.Yang,Y.,andLiu,M.,2002,CenozoicdeformationoftheTarimbasinanditsimplicationsforcollisionalmountainbuildingintheTibetanplateauandtheTianShan:Tectonics,v.21,p.1059,doi:10.1029/2001TC001300.[PDF]
26.ErynR.Klosko,SethStein,DavidHindle,JonasKley,EdmundoNorabuena,TimothyDixon,andMianLiu,ComparisonofGPS,Seismological,andGeologicalObservationsofAndeanMountainBuilding,AGUGeodynamicsseriesvol.30,DOI:10/1029/030GD07,2002.
25.Liu,M.,Thegeodynamicsoforogenicextension,inStructureevolutionanddynamicsoftheEarth,editedbyY.Zhang,and A.Yin,pp.177-198,HigherEducationPress,Beijing,2002.
24.Liu,M.,CenozoicextensionandmagmatismintheNorthAmericaCordillera:theroleofgravitationalcollapse,Tectonophysics,342,407-433,2001.[PDF]
23.Nabelek,P.,M.Liu,andM.Sirbescu,Thermal-rheologicalshearheatingmodelforleucogranitegeneration,metamorphism,anddeformationduringtheProterozoicTrans-Hudsonorogeny,BlackHills,SouthDakota,Tectonophysics,342,371-388,2001.[PDF]
22.Cui,X.,P.I.Nabelek,andM.Liu,Controlsoflayeredandtransientpermeabilityonfluidflowandthermalstructureincontactmetamorphicaureoles,withapplicationstotheNotchPeakaureole,Utah,J.Geophys.Res.,106,6477-6491,2001.[PDF]
21.Liu,M.,Extensionalcollapseofmountainbelts:Insightsfromgeodynamicmodeling,RecentRes.Devel.Geophysics,3,107-124,2000. 
20.Liu,M.,Shen,Y.,andYang,Y.,2000,Gravitationalcollapseoforogeniccrust:Apreliminary3Dfiniteelementstudy:JournalofGeophysicalResearch,v.105,p.3159-3173.[PDF]
19.Liu,M.,Yang,Y.,Stein,S.,Zhu,Y.,andEngeln,J.,2000,CrustalshorteningintheAndes:WhydoGPSratesdifferfromgeologicalrates?:GeophysicalResearchLetter,v.27,p.3005-3008.[PDF]
18.Flower,M.,andothers.,2000,ProjecttargetsmantledynamicsandTethyanhazardmitigation:EOS,trans.AGU,v.81,p.591-601.
17.Nabelek,P.I.,andLiu,M.,1999,PetrogenesisofleucogranitesintheBalkHills,SouthDakota,astheconsequenceofshearheatingduringthrusting:Geology,v.27,p.523-526.[PDF]
16.Nabelek,I.P.,Sirbescu,M.,andLiu,M.,1999,PetrogenesisandtectoniccontextoftheHarneyPeakgranite,BlackHills,SouthDakota:RockyMountainGeology,v.34,p.165-181.
15.Liu,M.,andY.Shen,1998.TheSierraNevadauplift:AductilelinktomantleupwellingundertheBasinandRangeprovince,Geology,26,299-302.[PDF]
14.Liu,M.,andY.Shen,1998.Crustalcollapse,mantleupwelling,andCenozoicextensionintheNorthAmericanCordillera,Tectonics,17,311-321.[PDF]
13.Liu,M.,1996.Dynamiclinksbetweencrustalshortening,extension,andmagmatismintheNorthAmericanCordillera,Pure.Appl.Geophys.,146,447-467.
12.Liu,M.,andG.Zandt,1996.ConvectivethermalinstabilitiesinthewakeofthemigratingMendocinotriplejunction,California,Geophys.Res.Lett.,23,1573-1576.
11.Bina,C.,andLiu,M.,1995.Onthesensitivityofmantleconvectiontomineralphasetransitions,Geophys.Res.Lett.,22.,2565-2568.
10.Liu,M.,1994.Asymmetricphaseeffectsandmantleconvectionpatterns,Science,264,1904-1907.
9.Liu,M.,andK.P.Furlong,1994.Intrusionandunderplatingofmaficmagmas:thermal-rheologicaleffectsandimplicationsforTertiarytectonomagmatismintheNorthAmericanCordillera,Tectonophysics,237,175-187.
8.Liu,M.,1993,Thermal-volcanicalevolutionintheCaliforniaCoastRanges,inActiveGeothermalSystemsandGold-MercuryDepositsintheSonoma-ClearLakeVolcanicFields,California,GuidebooktotheMcLaughlinArea,NorthernCalifornia,editedbyJ.Rytuba,SocietyofEconomicGeologists,V.16,p.26-37.
7.Liu,M.,andK.P.Furlong,1993,CrustalthickeningandEoceneextensioninthesoutheasternCanadianCordillera:Somethermalandmechanicalconsiderations,Tectonics,12,776-786.
6.Liu,M.,andK.P.Furlong,1992,CenozoicvolcanismintheCaliforniaCoastRanges:Numericalsolutions,J.Geophys.Res.,97,4941-4957.
5.Liu,M.andC.G.Chase,1991.EvolutionofHawaiianbasalts:Ahotspotmeltingmodel,EarthPlanet.Sci.Lett.,104,151-165.
4.Liu,M.andC.G.Chase,1991.Aboundary-layermodelofmantleplumeswiththermalandchemicaldiffusionandbuoyancy,Geophysi.J.Int.104,433-440.
3.Liu,M.,D.A.Yuen,W.ZhaoandS.Honda,1991.Developmentofdiapiricstructureintheuppermantleduetophasetransitions,Science,252,1836-1839.
2.Liu,M.andC.G.Chase,1989.Evolutionofmid-platehotspotswells:Numericalsolutions,J.Geophys.Res.,94,5571-5584.
1.Skulsky,T.,A.Hynes,M.Liu,D.Francis,B.Rivard,andK.S.Seymour,1986,AcontinentalriftmodelfortheLaGrandgreenstonebelt,In:M.J.deWit,L.D.Ashwal(eds.)Workshop