简介:StrengtheningProtectionOfCulturalRelicsDAINZINTibet'sculturalrelicsconstituteanimPOrtantpartofthebrillianthistoryandcultureof...
简介:TheConstitutionofthePeople’sRepublicofChina(PRC)stipulatesthatthestaterespectsandensureshumanrights.Thathumanrightsshouldbeearnestlyrespectedandensuredwasonegoalsetforthinthereporttothe18thnationalCongressoftheCommunistPartyofChina(CPC),whichalsodiscussedtheParty’saimtocompletethecompre-hensivebuildingofawell-offsocietyandcomprehensivelydeepenreformandopening-up.TheconstructionofsocialismwithChinesecharacter-isticsfeaturesthespiritofensuringhumanrights,whichisalsoevident
简介:Sincethereformandopeningup,urbandevelopmentinChinahasenteredaperiodofrapidprogress.Whilemakingsignificantachievements,urbanenvironmentalproblemssuchasairpollution,heatislandeffects,waterlossandsoilerosionhavebecomeincreasinglyprominent.TospeeduptheprocessofurbanizationinChina,newchallengeshavebeenimposedonurbanforestdevelopment,urbanenvironmentprotectionandecologicalurbandevelopment.AimedatecologicalandenvironmentproblemsexistinginurbandevelopmentinChina,summarizingChineseexperiencesandlearningfromothercountries,scientificallyplanningurbanforesttopromoteurbanecologicaldevelopment,improvingurbanforestecosystemtoassureurbanecologicalsafety,carryingonforestculturetodevelopurbanecologicalcivilization,havebecomethemaintasksanddirectionforurbanforestdevelopmentinChina.
简介:TheTibetanRedCrosshasabranchinTibetandinLhasaCity,whosemembersareopenminded,nonbureaucraticandsincerelydedicatedtotheimprovementofpoorpeople'sstandardoflivingandlifeconditions.So,attheendoftheyear2000,theyacceptedasmallprojectthattheyhavebeenworkingwithandsupportingsincewithsuccess.Thecooperationoflocalauthorities(LhundrupandMedrogongkar)ateverystageandlevelalsocontributedenormouslytotheachievementsoftheproject,ItmustbeunderlinedthatalthoughthesponsorsareEuropeansandthereisoneforeignerworkingwithinPSTTM,theworkandexpertisearesolelybasedonlocalTibetanandChineseknowledge.Thereasonissimple:thereisenoughlocalknowledgeforeverythingneededforthisproject.
简介:Intheprocesofbuildingasocialistmarketeconomy,itisimportanttostrengthenthesocialservicesystemincommunityforestrytosafeguardth...
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简介:StrengtheningNon-governmentalExchangesandCooperationbetweenChinaandSouthAfricabyZhongWeiyunAttheinvitationoftheChineseAsociat...
简介:Aprobabilisticriskassessmentprocedureisdevelopedwhichcanpredictrisksofexplosiveblastdamagetobuiltinfrastructure,andwhencombinedwithlife-cyclecostanalysis,theprocedurecanbeusedtooptimiseblastmitigationstrategies.Thepaperfocusesonwindowglazingsincethisisaload-capacitysystemwhich,whensubjectedtoblastloading,hascausedsignificantdamageandinjurytobuildingoccupants.Structuralreliabilitytechniquesareusedtoderiveblastreliabilitycurvesforannealedandtoughenedglazingsubjectedtoexplosiveblastforavarietyofthreatscenarios.Theprobabilisticanalysesincludetheuncertaintiesassociatedwithblastmodelling,glazingresponseandglazingfailurecriteria.Damagerisksarecalculatedforanindividualwindowandforwindowsinthefacadeofamulti-storeycommercialbuilding.Thepapershowsanillustrativeexampleofhowthisinformation,whencombinedwithrisk-baseddecision-makingcriteria,canbeusedtooptimiseblastmitigationstrategies.
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简介:Inthisstudy,highlyporousforsteritescaffoldswithinterconnectedporositiesweresynthesizedusingmulti-stepsintering(MSS)method.Thestartingpowderwasnanosizedforsterite,whichwassynthesizedfromtalcandmagnesiumcarbonatepowders.Thephasecomposition,averageparticlesizeandmorphologyoftheproducedforsteritepowderwerecharacterizedbyX-raydiffractiontechnique(XRD)andtransitionelectronmicroscopy(TEM).Forsteritescaffoldswereproducedbyfoamymethodusingpolymericsponges.MSSprocessincludingthreestepswasusedtoefficientlysintertheforsteritenanopowderswithoutdestroyingtheinitialporousstructureofpolymericsponges.TheresultsshowedthatMSStechniqueisanefficientandappropriateproceduretoproducehighlyporousforsteritescaffoldswithporesizeintherangeof100-300μm.Thecompressivestrength,compressivemodulusandporosityofC12specimen(sinteredat1650℃for1hwithsubsequentannealingat1000℃,for1000min)was1.88MPa,29.2MPa,and72.4%,respectively,whichisveryclosetothatofcancellousbone.Theapproachstudiedinthisresearchcanbedevelopedforothernanostructureceramicstoproducehighlyporousscaffoldswithinterconnectedporositiesforloadbearingapplications.
简介:<正>KeynoteSpeechbyCAFIUSecretary-GeneralNiJianatSeminar"PromotingChina-PhilippinePeople-to-PeopleExchangesandCooperation"October14,2013DistinguishedCongressmanLawrenceFortun,DistinguishedDirectorRamonLacbain,MembersofthePhilippineCenterofYoungLeadersinGovernance,Distinguishedguests,LadiesandGentlemen,