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简介：IlikeChineseNewYearIliketoplayfireworks.It’sdangerousforkids.Weneedtobecareful.InChineseNewYear,IalwaysgotoseemygrandparentsinTianjin.Thereissnow.Iamsohappy.Ienjoysnowballfighting.IloveChineseNewYear.

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简介：Hereweexploresomefundamentalaspectsofwhatmaybetermedasanewarithmeticfunction（definednotionallyastheTfunction）togetherwithitspossibleinverse（TI）,asitisnotinfrequentdiscussionamongthenumbertheorists.

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简介：The2016revisionofthe“ChineseGuidelinesonPreventionandTreatmentofDyslipidemiainAdults”istheoutcomeofthejointeffortsofthemembersofanexpertpanelformorethan1year,andisbasedonthe2007guidelines.Thereisnodoubtthatthereleaseofthe2007guidelinesgreatlyfacilitatedthemanagementofdyslipidemiaandthepreventionandtreatmentofatheroscleroticcardiovasculardiseases(ASCVDs)inChina.However,anupdateoftheguidelinesforthemanagementofdyslipidemiainChineseadultsisurgentlyneededsincehugechangeshaveoccurredintheconceptsofdyslipidemiaresearchandcontrolduringthelastdecade.

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简介：ThispaperrecordsfortheHamiltonianH=1/2｜P｜^2＋W（x）someoldandnewidentitiesrelevantforthePDE/variationalapproachtoweakKAMtheory.

简介：Opticalmicrocavitieshaveattractedtremendousinterestinbothfundamentalandappliedresearchinthepastfewdecades,thankstotheirsmallfootprint,easyintegrability,andhighqualityfactors.Usingtotalinternalreflectionfromadielectricinterfaceoraphotonicbandgapinaperiodicsystem,thesephotonicstructuresdonotrelyonconventionalmetal-coatedmirrorstoconfinelightinsmallvolumes,whichhavebroughtforthnewdevelopmentsinbothclassicalandquantumoptics.Thisfocusissueshowcasesseveralsuchdevelopmentsandrelatedfindings,whichmaypavethewayforthenextgenerationofon-chipphotonicdevicesbasedonmicrocavities.

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简介：ThisworkpresentsabriefintroductiononthreekindsofnewlydevelopedNd3＋-dopedlaserglassesinShanghaiInstituteofOpticsandFineMechanics（SIOM）,China.TwoNd3＋-dopedphosphateglasseswithlowerthermalexpansioncoefficientandthermalshockresistance4timeshigherthanthatofN31glassaredevelopedforlaserprocessing.Nd：SilicateandNd：Aluminateglasseswithpeakemissionwavelengthat1061and1065nm,effectiveemissionbandwidthof34and50nm,respectively,aredevelopedforExawatt-classlasersystemapplication.Fluorophosphateglasseswithlownonlinearrefractiveindex（n2=0.6-0.86）andlongfluorescencelifetime（430-510μs）areinvestigatedforthepurposeofdecreasingBintegralinhigh-powerlasersystem.Thepropertiesofalltheseglassesarepresentedandcomparedwiththoseofcommercialneodymiumlaserglasses.

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