简介:[篇名]Modellingsimultaneousreactionsofniobiumprecipitatesinferriticstainlesssteels,[篇名]Optimizationofacommerciallyavailablechemiluminscenceanalyzerforlow-levelNO{sub}xmeasurement,[篇名]RelativeHumiditySensorsBasedonPorousPolysiliconandPorousSiliconCarbide,[篇名]Roundrobintestofautomotiveexhaustmeasurementin“JapancleanairprogramI”,[篇名]Scienceandtechnologydesigningexhaustsystems,[篇名]Structuralanalysisofcatalyticconvertersinautomotiveexhaustsystems,[篇名]Systemandutilityconsiderationsforanalyzercalibrationandmeasurementoflowconcentrationsinautomotiveexhaust,[篇名]Wasteheatrecoveryusingheatpipeheatexchangerforheatingautomobileusingexhaustgas,[篇名]World'sFirstCO{sub}2RegulationofVehicleEmissionsaimedatGreenHouseGasMitigation。
简介:Developmentoftheferriticstainlesssteelweldingwireprovidingfine-grainmicrostructureweldmetalforthecomponentsofautomotiveexhaustsystem,DevelopmentofVanadium-addedHeatResistantCastIronforExhaustManifold,EffectsofKANTO-LOAMsoilasacomponentofparticulateairpollutionontheheartratevariabilityinrats,ElectrochemicalNO{sub}xsensorsforautomotivedieselexhaust,Enthalpy-probediagnosticsofanatmospheric-pressureunleadedpetrolexhaust-gasmicrowave-inducedplasma,Fatigueandmicrostructureofwelded,joints'ofmetalsheetsforautomotiveexhaustsystem。
简介:摘要:本研究致力于解决汽车排放性能产品公告认证标准的更新与应用问题,以提高汽车排放性能的准确性和可靠性。我们深入分析现有标准,发现其中存在一些潜在问题和改进空间。这些问题可能导致认证结果的不准确或不可靠,从而影响环境保护和消费者权益。鉴于此,我们提出了一系列针对性的解决方案,旨在提高标准的适应性和实用性。通过实证研究,我们验证了新标准的应用对汽车排放性能产品公告认证的效果。结果表明,新标准能够显著提升认证的准确度和实用性,为汽车产业的可持续发展和环境保护作出了积极贡献。