简介:<正>YiWu,locatedincentralZheJiangProvinceonChina’ssoutheastcoast,300kilometersawayfromShanghai,hasatotalareaof1105squarekilometersandapopulationof2.2million.Itisreputedtobeaninternationalcenterforsmallcommoditycirculation,demonstrationand
简介:Theultra-compactbiosensorbasedonthetwo-dimensional(2D)photoniccrystal(PhC)microcavityisinvestigated.TheperformancesofthesensorareanalyzedtheoreticallyusingtheFabry-Perot(F-P)cavitymodelandsimulatedusingthefinite-differencetime-domain(FDTD)method.Thesimulationresultsgoalongwiththetheoreticalanalysis.
简介:A600kt/amethanolprojectinHainanProvincewithtotalinvestmentabout1.1billionRMBhasbeenapprovedbytheStateCouncil.CNOOCChemicalLimitedsignedinvestmentagreementwithHongKongJianTaoChemicalgroup.Theleadworkoftheprojectwascompletedin2002andconstructionbeganinearly2003.TheplantisexpectedtobecommissionedinFebruary2005.
简介:Fournuclearpowerprojects,namelyGuangdongLing'aophaseIIproject,QinshanNo.2phaseIIproject,GuangdongYangjiangprojectandZhejiangSanmenprojectobtainedpermissiontobeconstructedfromtheState.Theirgeneratingcapacityisplannedtohave7350MW.Preconstructionworkofothernuclearpowerprojects,suchasLiaoningDalian,ShandongHaiyang,FujianHui'anpowerplantsandQinshanNo.1phaseⅡprojectisinprogress.
简介:Afewdaysago,theexaminationmeetingonthepreliminaryfeasibilitystudyreportofthefirstphaseprojectofHamiDananhuPowerPlantwasheldinUrumqi.Thereport,whichhasbeensubmittedbyShandongElectricPowerEngineeringConsultingInstituteandXinjiangElectricPowerDesignInstitute,wasexaminedsmoothly.Thestation'splannedcapacityis3600MW.The
简介:OnDecember25,2000,thelastgeneratingunitinTianshengqiaoIHydropowerStationcompleted72hoursoftrialoperationinparallelwithpowernetwork.UPtothisday,thegeneratingunitsinthisstationhadbeencompletelybuiltupandputintooperation.ThetotalinstalledcapacityofTianshengqia
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简介:<正>OnOctober21,2003,thefirstunitofTaishanPowerPlant-thelargestcoal-firedpowerplantplannedcurrentlyinAsia,wassuccessfullyconnectedtothepowergridtogenerateelectricity.
简介:Aprobabilisticriskassessmentprocedureisdevelopedwhichcanpredictrisksofexplosiveblastdamagetobuiltinfrastructure,andwhencombinedwithlife-cyclecostanalysis,theprocedurecanbeusedtooptimiseblastmitigationstrategies.Thepaperfocusesonwindowglazingsincethisisaload-capacitysystemwhich,whensubjectedtoblastloading,hascausedsignificantdamageandinjurytobuildingoccupants.Structuralreliabilitytechniquesareusedtoderiveblastreliabilitycurvesforannealedandtoughenedglazingsubjectedtoexplosiveblastforavarietyofthreatscenarios.Theprobabilisticanalysesincludetheuncertaintiesassociatedwithblastmodelling,glazingresponseandglazingfailurecriteria.Damagerisksarecalculatedforanindividualwindowandforwindowsinthefacadeofamulti-storeycommercialbuilding.Thepapershowsanillustrativeexampleofhowthisinformation,whencombinedwithrisk-baseddecision-makingcriteria,canbeusedtooptimiseblastmitigationstrategies.
简介:Inthispaper,anewzigzagmethodforplatestructuresandageneticalgorithm(GA)ofdynamicsourceseedspacesaredevelopedandacombinationofthemisusedtodealwithlargescalebuilt-upstructuraloptimization.ThenewGAcombinedwiththezigzagmethodcanworkefficientlywhencopingwithlargescalestructuraloptimizationincludeddisplacementandstressconstraints.ExamplesshowthatthisGAisrobustandcanbeusedformanycomplexstructuraloptimizationproblems.
简介:OnOctober9,2001,thefuelingceremonyof2ndphaseprojectofQinshanNuclearPowerPlant,locatedinZhejiangHaiyangCounty,washeld.Thismarkedthattheconstructionofthefirstdomesticated600MWnuclearunitprojecthadbeencompleted,enteringthesubstantivestageoffuelingandtrialoper