简介：ThefilmLeonhasbeenworshippedasoneofthemostclassicalandpopularfilms,theinfluenceofwhichhasexpandedgloballyandhasbeensustainedthroughgenerations.Itsgrippingplotarrangement,distinctcharactersettingaswellasthewell-organizeddictionareallhighlypraised.ScholarsathomeandabroadhaveexaminedLeonfromdifferentperspectivessuchasspectacleandsong.However,fewscholarsmaketheacademicanalysisfromtheperspectiveofrhetoric.Underthiscircumstance,thispaperaimsatmakingarhetoricalanalysisofLeoninvirtueoftherhetoricaltheoryofAristotle,whichdiscusseshowLeon’semotionchangesfromcoldnesstowarmth.Inthisway,theaudiencewillachieveabettercomprehensionofLeon.Meanwhile,thispapermayalsoprovidereferentialappreciationviewsforothersimilarfilms.

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简介：Novelmetaphorisdifferentfromtheconventionalmetaphor.Thedistinctionbetweennovelmetaphorandconventionalmetaphorisnotclear-cutbutinadegreeofmetaphoricity.Inthesituation,whennovelmetaphorsarewidelyacceptedandgenerallyusedindailylife,theirmetaphoricalmeaningareneglectedbypeople,themetaphoricalcharactersdecreaseandtheybecomeconventionalmetaphors.ThetentativemodelBlendingRelevanceTheory(BRT)isanintegratedframeworkofthetwotheories:ConceptualBlendingTheory(CBT)andRelevanceTheory(RT),seekingtheoptimalrelevancefromthetwoinputspaces.

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简介：原子磁性的时刻是一个重要物理变量并且为原子模型的紧测试用作一个有用工具。为过去的十年，功能的理论和它的延期被证明了在描述原子地面状态成功并且激动的covariant密度说性质。然而，一个长期的问题是它的失败预言磁性的时刻。这篇文章在covariant密度以内在对原子磁性的时刻的描述考察最近的进步功能的理论。特别地，磁性的时刻球形奇怪--有二倍地关上的壳核心加或减一个核子的A原子核并且使变形奇怪--一原子核。

简介：ThispaperisabriefintroductiontoYang-Mills-Higgsmodel,Maxwell-Higgsmodel,Einstein'svacuummodel,Yang-Baxtermodel,Chern-Simons-Higgsmodelandadiscussionoftheassociatedpartialdifferentialequationproblems.

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简介：Nonlinearwaveloadscaninducelow-frequencyandhigh-frequencyresonancemotionsofamooredplatformindeepwater.Fortheanalysisofthenonlinearresponseofanoffshoreplatformundertheactionofirregularwaves,themostwidelyusedmethodinpracticeistheCumminsmethod,inwhichthesecond-orderexcitingforcesinthetimedomainarecomputedbyatwo-termVolterraseriesmodelbasedonincidentwaves,first-orderbodymotionresponse,andquadratictransferfunctions(QTFs).QTFsarebichromaticwavesactingonabodyandarecomputedinthefrequencydomaininadvance.Formovingbodies,QTFsarerelatedtothefirst-orderbodyresponse,whichistobedeterminedinthesimulationprocessofbodymotionresponsebutisunknowninthecomputationprocedureofQTFs.Insolvingthisproblem,TengandCong(2017)proposedamethodtodividetheQTFsintodifferentcomponents,whichareunrelatedtothebodyresponse.WiththeapplicationofthenewQTFcomponents,amodifiedCumminsmethodcanbedevelopedforthesimulationofthenonlinearresponseofamooredfloatingplatform.Thispaperpresentsareviewofthetheory.

简介：Evaluationsofresourcesandenvironmentalcarryingcapacities(GRECC)arethepremiseoflandspaceplanningandusecontrol.Resourceallocationsandenvironmentalcapacityarethebasicconditionsthatrestrictdevelopmentinaregion.Inthispaper,basedonasystematicreviewofChina'sgeologicalenvironment,groundwaterresources,mineralresources,othergeologicalresourcesandtheenvironmentalcarryingcapacityresearchstatus,therelationshipbetweenthenaturalresourceenvironmentalsystemandthesocio-economicsystemisstudied.Thena"coordinationtheoryofresourcesandenvironmentalcarrying"isproposed.Next,onthebasisofanevaluationexperimentperformedatdifferentscalesandfordifferenttypesofregions,thetechnicalmethodsforanevaluationofthegeologicalresourcesandenvironmentalcarryingcapacityattheregional(inter-provincial)andprovincialscalesinChinaareestablishedforthefirsttime.Thispaperpresentsastandardizedmethodbasedontechnicalideas,evaluationmethods,andindexsystemsforgeologicalresourceandenvironmentalcarryingcapacityevaluation.Finally,anevaluationofthegroundwaterresourcecarryingcapacityinChinaisusedasanexampleforthedemonstrationofthegroundwaterresourcebackgroundanduseofstateevaluationmethods.

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简介：Apolymericgelisanaggregateofpolymersandsolventmolecules,whichcanretainitsshapeafteralargedeformation.ThedeformationbehaviorofpolymericgelswasoftendescribedbasedontheFlory-Rehnerfreeenergyfunctionwithoutconsideringtheinfluenceofchainentanglementsonthemechanicalbehaviorofgels.Inthispaper,anewhybridfreeenergyfunctionforgelsisformulatedbycombiningtheEdwards-Vilgisslip-linkmodelandtheFlory-Hugginsmixingmodeltoquantifythetime-dependentconcurrentprocessoflargedeformationandmasstransport.Thefiniteelementmethodisdevelopedtoanalyzeexamplesofswelling-induceddeformation.Simulationresultsarecomparedwithavailableexperimentaldataandshowgoodagreement.Theinfluenceofentanglementsonthetime-dependentdeformationbehaviorofgelsisalsodemonstrated.Thestudyoflargedeformationkineticsofpolymericgelisusefulfordiverseapplications.

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