简介：Asthesourceoflife,waterisindispensabletohumanbeings.Beingawareofthewaterstressimposedbypopulationgrowth,climatechange,rapidurbanization,pollution,manyscholarsanddecisionmakersarguethattheestablishmentofwaterrightsandtheirsystemistheprimarymeasuretotacklethewatercrisisproblem.However,noconsensushasbeenreachedregardingthedefinition,natureandcontentofwaterrightsbothpracticallyandacademically.Byexaminingtheexistingtheoriesregardingwaterrights,thisarticletriestoredefinetheentitlementsfromtheaspectofcivillaw.Meanwhile,itprovidesasystemwhichclassifiesvariousrightsbythefourfunctionsofusufruct.

简介：构造工程的地里的聚合物修正有历史将近90年。尽管那些修正被分类进物理修正，到某程度的机械性质，水抵抗，化学抵抗和耐久性被不同聚合物修正改进了。获得似水泥的材料的更好的性能，化学修正被测试了。在这研究，环氧基树脂与它的相应hardener在修改系统作为一个占优势的修饰词被设计了。氨基的sulfonate，添加剂，被用来改进系统可使用性。当它有特殊的功能的组，功能的silane被用来在环氧基树脂，水泥一半和氨基的sulfonate之中建立连接。红外，拉曼光谱学，DSC和NMR执行的调查表明化学连接在修改系统在所有部件之中被建立了。当曲折力量和紧张实质地被改进了，曲折测试结果介绍化学修正的好效果。

简介：Thebiologicalimmunesystemisacomplexadaptivesystem.Therearelotsofbenefitsforbuildingthemodeloftheimmunesystem.Forbiologicalresearchers,theycantestsomehypothesesabouttheinfectionprocessorsimulatetheresponsesofsomedrugs.Forcomputerresearchers,theycanbuilddistributed,robustandfaulttolerantnetworksinspiredbythefunctionsoftheimmunesystem.Thispaperprovidesacomprehensivesurveyoftheliteraturesonmodellingtheimmunesystem.Fromthemethodologyperspective,thepapercomparesandanalyzestheexistingapproachesandmodels,andalsodemonstratesthefocusingresearcheffortonthefutureimmunemodelsinthenextfewyears.

简介：BackgroundPostoperativewoundinfectionwasfrequentlyreportedinpatientsundergoingheartvalvereplacementandcoronaryarterybypasssurgery(CABG)duetomajortrauma,long-termbedrest,malnutritionandcompromisedimmunesystem.Infectedpatientswereusuallyhousedinthesameairborneinfectionisolationrooms.Aseriesofairmonitoringandcontrolstrategiesshouldbestrictlyenforcedtoaimatavoidingairbornefungalcontaminationandachievinghighercurerateininfectedpatients.TheefficacyofAirinspaceplasmairsysteminreducingairbornefungalcontaminationincardiacpostoperativeinfectionwardshasnotbeenclearlydetermined.MethodsAsurveyofaircontaminationwasconductedinthecardiacpostoperativeinfectionwardusingAirinspaceplasmairsystem.Laserparticlecounterwasusedtodeterminetheairborneparticlesof0.3μm?and0.5μm?insize.Airsampleswereincubatedandexaminedforfungaldevelopment.AirborneparticlecountsandfungalloadsofairsamplescollectedbeforeandaftertreatmentwithAirinspaceplasmairsystemwerecompared.ResultsTheparticlecountsin0.3μmrangecollectedbefore(52206<2345)andafter(9408<4317)treatedwithAirinspaceplasmairsystemdifferedsignificantly(P<0.01).Theparticlecountsin0.5μmrangebefore(12995<422)andafter(2016<915)treatmentwithAirinspaceplasmairsystemalsodifferedsignificantly(P<0.01).ThefungalloadsbeforeandafterusingAirinspaceplasmairsystemshowedsignificantdifference[(1975.3<356.1)cfu/m3vs.(193.83<29.5)cfu/m3,P<0.01].ConclusionAirinspaceplasmairsystemusedincardiacpostoperativeinfectionwardshasshownremarkableefficacyinreducingairborneparticlesandfungalcontaminationandhelpespreventcrossinfection.

简介：InthispaperthegeneralizedBianchi’sidentitiesforthevariantconstrainedsystem(GBIVOS)withnon-invariantactionintegralandconstraintconditionswasderived,andthestrongandweakconservationlawsforsuchsystemwasdeduced.ThepreliminaryapplicationsoftheGBIVCStothecaseforsomemodelsoffieldtheorieswasgiven.TheDiracconstraintofsuchsystemwasdiscussed.

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简介：AsreportedfromafieldseminaronMJAon-linecoalcompositiondetectionsystem,NDRChasrankedtheMJAsystemwiththekeyandspecialprojectsofciviliannon-powernucleartechnologyindustrialization.MJAdevicedevelopedindependentlybyNanjingDaluZhongdianTechnologyCo.,Ltd.isthefirstfullcoalflow,all-elementandall-indextypeofon-linedetectionsystem.Itwassuccessfullyusedforincomingcoaldetectionofpowerplants.

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简介：Underthecomprehensivedeepeningreformandpromotingnewurbanization,Chinalaunchedanewroundofreformofhouseholdregistrationsystem.Reformhasamajorbreakthroughinfiveareas:toimplementnewurbanizationstrategyofhuman-centric,toachieveequalizationofbasicpublicservicesgradually,tobreakuplandrightsandruralmigrants,toprovideprotectionforfamilymigrants,andtoincreasefinancialsupportbygovernments.Butthereformstillfacesmanydifficulties,howtodeterminetheconditionssettledbycitysizeisdifficulttoimplementeffectively,financialtransferpaymentsystemreformisfacingenormousdifficulties,aswellasthesizeoftheurbanpopulationisdifficulttodetermineetc.

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简介：OnthebasisoftheactualDSPsystemdevelopment,illustratedisthedesignoftheconnectionbetweenDSPandFlash,compiledaretheintegrityproceduresofFlasherasureandprogramming.Besides,designedistheconnectionbetweenfull-duplexEthernetcontrollerRTL8019ASwiththeexternalmemoryinterfaceofDSP.Furthermore,thestepsofflashonlineprogrammingthroughEthernetaredescribedindetail.Theremoteupgradeandupholdarerealizedbythedesign.

简介：Baosteel's60000m3/hairseparationunit(ASU)isthelargestoxygengeneratingsysteminChina.Theoperationalcostofsuchagiantsystemisveryhigh.Howtoreducetheoperationalcostisacriticalissue.Thispaperdiscussesthesystem'scharacteristics,thecurrentoperationalstatusandthedifficultiesinreducingthecost,andanalyzesrelevantindicators,suchasthetechnicalandeconomicalindicatorsofindividualunitsandsystemsaswellastheindicatorsconcerningthecosts.Therelationshipbetweenthecostandeacheconomicalindicatorandmeasurestooptimizeaneconomicaloperationoftheoxygengeneratingsystemarealsodiscussedinthispaper.

简介：TheCMSregionalcalorimetertriggersystemdetectssignaturesofelectrons/photons,taus,jets,andmissingandtotaltransverseenergyinadeadtinmesspipelinedarchitecture.Thissystemreceives7000calorimetertreggertowerenergieson1.2Gbanddigitalcoppercableseriallinksandprocessestheminalow-latencypipelineddesignusingcustom-builtelectronics.AttheheartofthesystemistheReceiverCardwhichusesthenewgenerationofgigabitethernetreceiverchipsonamezzaninecardtoconvertserialdatatoparalleldatabeforetransmissionona160MHzbackplaneforfurtherprocessingbycardsthatsumenergiesandidentifyelectronsandjets.Wedescribethealgorithmsandhardwareimplementation,andsummarizethesimulationresultsthatshowthatthissystemiscapableofhandlingtheraterequirementswhiletriggeringonphysicssignalswithhighefficiency.

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简介：一条交换系统途径被建议与通讯限制为联网的控制系统(NCS)建模。这使我们能把交换系统的富有的理论用于分析如此的NCS。足够的条件在NCS的稳定上被介绍。稳定状态/产量的反馈控制器能被使用一些线性矩阵不平等(LMI)的可行答案构造。我们的建议途径的优点是NCS的行为能被没有扩充系统，考虑交换了系统学习。一个模拟例子被得出说明建议途径的有效性。

简介：I.TheNecessityandFeasibilityforDevelopingaSocialistTheoreticalSystemforHumanRightswithChineseCharacteristicsDevelopmentofsuchasystemisneededtoensuresuccessofthesocialtransformationandtransitionongoingupinChina

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