简介:WehavedevelopedacomprehensivesoftwaresuiteforbioinformaticsresearchofcDNAs;itisaimedatrapidcharacterizationofthefeaturesofgenesandtheproteinstheycode.Methodsimplementedincludethedetectionoftranslationinitiationandterminationsignals,statisticalanalysisofcodonusage,comparativestudyofaminoacidcomposition,comparativemodelingofthestructuresofproductproteins,predictionofalternativespliceforms,andmetabolicpathwayreconstruction.ThesoftwarepackageisfreelyavailableundertheGNUGeneralPublicLicenseathttp://www.g-language.org/data/cdna/.
简介:Thispaperproposestheprincipleofcomprehensiveknowledgediscovery.Unlikemostofthecurrentknowledgediscoverymethods,thecomprehensiveknowledgediscoveryconsidersboththespatialrelationsandattributesofspatialentitiesorobjects.Weintroducethetheoryofspatialknowledgeexpressionsystemandsomeconceptsincludingcomprehensiveknowledgediscoveryandspatialunioninformationtable(SUIT).Intheory,SUITrecordsallinformationcontainedinthestudiedobjects,butinreality,becauseofthecomplexityandvarietiesofspatialrelations,onlythosefactorsofinteresttousareselected.Inordertofindoutthecomprehensiveknowledgefromspatialdatabases,anefficientcomprehensiveknowledgediscoveryalgorithmcalledrecycledalgorithm(RAR)issuggested.
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简介:Optimizationofscraputilization,throughmaintainingareasonableheavyscrapratio,determinationofscrapyield,developmentofsubstitutesforscrap,recyclingofhigh-alloyscrapandoptimizationofscraputilizationtechnology,wasinvestigatedinthispaper,intermsofthesupplyofmetalmaterials,productioncost,productionqualityandenvironmentprotection.Then,recyclingofsolidwasteresourceswasdiscussed,andtheutilizationconditionsandmethodsofslag-steel,slag-iron,steel-slag,etc.weredetermined.Finally,themanagementsystemforcomprehensiveresourceutilizationwasintroduced.
简介:CHINA-EuropeinteractionisgatheringpacearoundthetenthanniversaryofthecomprehensivestrategicpartnershipbetweenChinaandtheEU.DutchPrimeMinisterMarkRuttevisitedChinainNovember2013.Aweeklater,ChinesePresidentXiJinpingandPremierLiKeqiangmetwithPresidentoftheEuropeanCouncilHermanVanRompuyandEuropeanCommissionPresidentJoseManuelBarrosoatthe16thmeetingofChineseandEuropeanUnionleaders.Shortlyafter,LiKeqiang
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简介:Acombustionmodelofalarge-scalesupercriticalcirculatingfluidizedbed(CFB)boilerwasdevelopedforcomprehensivecomputational-fluid-dynamicsanalysis.Themodelincorporatesgas-solidhydrodynamics,coalcombustion,heattransferonheatexchangesurfacesinthefurnace,andheattransferbetweenfumaceandworkingmediumintheheattransfertubes.Insimulatingthedenseanddilutephasesinthefumace,thegas-solidhydrodynamicsisbasedontheEuler-Eulermodelandenergy-minimizationmultiscaledragmodel.Coalcombustionentailsevaporation,devolatilization,charcombustion,gashomogeneousreaction,andpollutantemission.Thecoefficientofheattransferbetweengas-solidandthewaterwallisestimatedusingtheclusterrenewalmodel,andforradiation,thediscreteordinatemodelisused.Moreover,thermohydraulicprocessesinthemembranewallarealsoineludedintheheattransferprocess.Themodelwassuccessfullyappliedinsimulationsofa350-MWsupercriticalCFBboiler.Detaileddistributionsofsolidsconcentration,oxygen,heatflux,andworkingmediumtemperatureintheboilerfurnacearepresented.
简介:Thispaperadvancesanewsimplifiedformulaforestimatingvariancecomponents,sumsupthebasiclawtocalculatetheweightsofobservedvaluesandacirculationmethodusingtheincreamentsofweightswhenestimatingthevariancecomponentsoftraversenets,advancesthecharicteristicrootsmethodtoestimatethevariancecomponentsoftraveresnetsandpresentsapracticalmethodtomaketworealandsymmetricmatricestwodiagonalones.