简介：StateofCharge(SOC)isusedtoadjusttheinitializationSOCvaluesoastomakeelectricvehiclesimulationresultsclosetorealvehicleperformance.ThispaperfirstlyanalysesthebatterySOCcorrectalgorithm,thenusesADVISORwhichisaelectricvehiclesimulationsoftwaretosimulateahybridelectriccarwiththreedifferentcasesofnoSOCcorrect,linearSOCcorrectandzerodeltaSOCcorrect,aswellasmakesthecompareandanalysisforthosesimulationresults.Intheend,anoverallconclusiontoSOCcorrectalgorithmisgiven.

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简介：TheHumanRightsResearchAcademyofWuhanUniversitybeingnamedanationalhumanrightseducationandtrainingbaseisanaffirmationandsignoftrustintheuniversityaswellasagloriousresponsibility.Wearegoingtoworkhardtobuildtheacademyintoaworld-recognizededucationandresearchplatformwithChinesecharacteristics,makingitsnecessarycontributiontohumanrightsdevelopmentinChina.WuhanUniversityhasalongtraditionandacademicstrengthin

简介：AnovelmethodtocorrectdiffractioneffectinmeasurementofultrasonicvelocityandattenuationathighfrequenciesisdevelopedbyusingthesuperpositiontechniqueofGaussianbeams.Toexaminethevalidityofthisnumericalapproach,theamplitudelossandphaseadvanceduetothediffractioneffectforanSiO2specimenarenumericallycalculatedin30-240MHz,andtheresultsareingoodagreementwiththosebythePapadakismethod.

简介：Thisletterstudiesandanalyzestheworkingfeaturesofmaincircuitoftri-levelboostPowerFactorCorrect(PFC)converterandtheadvantagesoftri-levelswitchconverterinaspectsofbearinghigh-voltageofpowercomponents,overallsystemlossandmagneticcomponentselectionbaseduponthesingle-levelboostPFCswitchconverter.Besides,relyingontheapplicationofmi-croprocessorinpowerconvertertechnologyandDSP(DigitalSignalProcessing)chip'sstrongcal-culatingcapacity,theletterpresentstheadoptionofmodifiedschemeoftri-levelboostPFCconverterunderthecontrolofpredictivecontrolalgorithm.Moreover,theoperatingprincipleandcontrolmethodarespecified,theresultsofcircuittestandanalysisareprovidedandtheadvantagesofpre-dictivecontroltechnology-basedmulti-levelboostPFCconverterisverified.