韩东

男， 上海交通大学机械与动力工程学院

学习/工作经历

工作经历
2021年7月至今 上海交通大学教授
2016年8月至2021年7月（中国）特别研究员上海交通大学（中国）
2014年5月至2016年5月 博士后研究员普林斯顿大学（美国）
2013年1月至2016年7月 博士后研究员上海交通大学（中国）
2012年6月至2013年1月 研究工程师纳威司达有限公司（中国）
学习经历
2005年9月-2012年5月 上海交通大学动力机械及工程专业工学博士
2006年9月-2007年4月 密西根大学（安娜堡）机械工程专业工学硕士
2001年9月-2005年7月 吉林大学热能与动力工程专业工学学士

研究领域和兴趣

内燃机燃烧与排放控制，燃料与发动机的相互作用

主要业绩

1.YishengWu,YusenLiu,XinlingLi,ZhenHuang,DongHan.Gasolineoctanenumberpredictionfromnear-infraredspectroscopywithanANN-basedmodel.Fuel,2022,318:123543.2.ZheRen,WangLiu,ZhenHuang,DongHan.SprayAuto-ignitionBehaviorsofDieselandJetFuelatReducedOxygenEnvironments.CombustionScienceandTechnology,2022,194(3):574-588.3.AnhaoZhong,XinlingLi,TamásTurányi,ZhenHuang,DongHan.Pyrolysisandoxidationofalightnaphthafuelanditssurrogateblend.CombustionandFlame,2022,240:111979.4.YoupingLi,YiranZhang,GuofengYang,AndrésFuentes,DongHan,ZhenHuang,HeLin.AcomparativestudyonPAHcharacteristicsofethanolandammoniaasfueladditivesinapremixedflame.JournaloftheEnergyInstitute,2022,101:56-66.5.AnhaoZhong,DongHan.ExperimentalandKineticModellingStudiesonDi-n-butylEther(DBE)LowTemperatureAuto-ignition.CombustionandFlame,2022,237:111882.6.YaozongDuan,ZheRen,ZhenHuang,DongHan.TheoreticalStudyonIsomerization,DecompositionandRing-ClosureReactionKineticsofMethylPentanoateRadicals.CombustionandFlame,2022,237:111848.7.AnhaoZhong,ZeyanQiu,XinlingLi,ZhenHuang,DongHan.ExperimentalandKineticStudyonthePyrolysisandOxidationofIsopentaneinaJet-StirredReactor.CombustionandFlame,2022,235:111678.8.YaozongDuan,WangLiu,ZhenHuang,DongHan.AnExperimentalStudyonSprayAuto-ignitionofRP-3JetFuelanditsSurrogates.FrontiersinEnergy,2021,15(2):396-404.9.YaozongDuan,ZhenHuang,DongHan.TheoreticalKineticsofHydrogenAbstractionReactionsfromPropanolIsomersbyHydroperoxylRadical:ImplicationforCombustionModeling.CombustionandFlame,2021,231:111495.10.YusenLiuandDongHan.Numericalstudyonexplosionlimitsofammonia/hydrogen/oxygenmixtures:Sensitivityandeigenvalueanalysis.Fuel,2021,300:120964.11.XinLiang,DehaoJu,DongHan.Numericalstudyonthephysicalandchemicalprocessesinn-decanesprayignition.ChemicalEngineeringScience,2021,241:116716.12.YaozongDuan,AnhaoZhong,ZhenHuang,DongHan.TheoreticalStudyonHydrogenAbstractionReactionsfromCyclopentanolbyHydroxylRadical.Fuel,2021,297:120766.13.YaozongDuan,WangLiu,XinLiang,DongHan.EffectsofBranchStructureofAlkylbenzenesonSprayAuto-ignitionofn-DecaneandAlkylbenzenesBlends.InternationalJournalofEngineResearch,2021,22(5):1636-1651.14.AnhaoZhong,YaozongDuan,ZhenHuang,DongHan.Anexperimentalandmodelingstudyonthelow-temperatureoxidationofmethylcyclopentaneonajet-stirredreactor.Fuel,2021,293:120374.15.YishengWu,ChengGuan,ZhenHuang,DongHan.FuelOctaneNumberPredictionbasedonTopologicalIndicesandActiveSubspaceMethod.Fuel,2021,293:120494.16.JiaboZhang,MinhBauLuong,FranciscoE.HernandezPerez,DongHan,HongG.Im,ZhenHuang.ExergylosscharacteristicsofDME/airandethanol/airmixtureswithtemperatureandconcentrationfluctuationsunderHCCI/SCCIconditions:ADNSstudy.CombustionandFlame,2021,226:334–346.17.YunchuFan,YaozongDuan,DongHan,XinqiQiao,ZhenHuang.Influencesofisomericbutanoladditiononanti-knocktendencyofprimaryreferencefuelandtolueneprimaryreferencefuelgasolinesurrogates.InternationalJournalofEngineResearch,2021,22(1):39-49.18.SeokwonCho,ChiheonSong,NamhoKim,SechulOh,DongHanandKyoungdougMin.InfluenceoftheWallTemperaturesoftheCombustionChamberandIntakePortsontheChargeTemperatureandKnockCharacteristicsinaSpark-IgnitedEngine.AppliedThermalEngineering,2021,182:116000.19.YuanhangGuan,WangLiu,DongHan.ComparativeStudyonSprayAuto-ignitionofDi-n-butylEtherandDieselBlendsatEngine-likeConditions.JournalofEnergyResourcesTechnology,2021,143(4):042302.20.XinLiang,JianyongZhang,ZhongzhaoLi,JiaboZhang,ZhenHuang,DongHan.EffectsofFuelCombinationsandIVOTimingonCombustionandEmissionsofaDual-fuelHCCICombustionEngine.FrontiersinEnergy,2020,14(4):778–789.21.JiaboZhang,ZhenHuang,DongHan.EffectsofMechanismReductionontheExergyLossesAnalysisinn-HeptaneAuto-ignitionProcesses.InternationalJournalofEngineResearch,2020,21(9):1764-1777.22.ChengGuan,QingjunMa,ZhenHuang,DongHan.ApplicationofActiveSubspaceMethodinGasExchangeStrategyCalibrationonaVariableValveTimingGasolineEngine.JournalofEngineeringforGasTurbinesandPower,2020,142:071003.23.YusenLiu,JiajiaChen,ZeyanQiu,ZhengweiChen,DongHan.Second-LawThermodynamicAnalysisonPremixedSyngasFlames.InternationalJournalofExergy,2020,32(2):174-185.24.YaozongDuan,M.Monge-Palacios,E.Grajales-Gonzalez,DongHan,KristianH.Møller,HenrikG.Kjaergaard,S.ManiSarathy.Oxidationkineticsofn-pentanol:Atheoreticalstudyofthereactivityofthe1-hydroxy-1-peroxypentylradical.CombustionandFlame,2020,219:20-32.25.WangLiu,JiaqiZhai,BaiyangLin,HeLin,DongHan.Sootsizedistributioninlightlysootingpremixedflamesofbenzeneandtoluene.FrontiersinEnergy,2020,14:18–26.26.DongHan,YunchuFan,ZheSun,MohamedNour,XuesongLi.CombustionandEmissionsofIsomericButanol/GasolineSurrogatesBlendsonanOpticalGDIEngine.Fuel,2020,272:117690.27.ChengGuan,MingruiLu,WeiZeng,DongjinYang,DongHan.PredictionofStandardEnthalpiesofFormationBasedonHydrocarbonMolecularDescriptorsandActiveSubspaceMethodology.Industrial&EngineeringChemistryResearch,2020,59:4785−4791.28.YusenLiu,JiaboZhang,DehaoJu,LiuliuShi,DongHan.Second-lawThermodynamicAnalysisonNon-premixedCounterflowMethaneFlameswithHydrogenAddition.JournalofThermalAnalysisandCalorimetry,2020,139:2577-2583.29.WangLiu,XinLiang,AngLi,BaiyangLin,HeLinandDongHan.SootParticleSizeDistributionsinPremixedFlamesofRP-3JetFuelanditsDistillates.Fuel,2020,267:117244.30.YunchuFan,YaozongDuan,WangLiu,DongHan.Effectsofbutanolblendingonsprayauto-ignitionofgasolinesurrogatefuels.Fuel,2020,260:116368.31.WangLiu,XinLiang,BaiyangLin,HeLin,ZhenHuang,DongHan.AComparativeStudyonSootParticleSizeDistributionsinPremixedFlamesofRP-3JetFuelanditsSurrogates.Fuel,2020,259:116222.32.TongbinZhao,JiaboZhang,DehaoJu,ZhenHuang,DongHan.ExergyLossesinPremixedFlamesofDimethylEtherandHydrogenBlends.FrontiersinEnergy,2019,13:658-666.33.ChengGuan,YaozongDuan,JiaqiZhaiandDongHan.HydraulicDynamicsinSplitFuelInjectiononaCommonRailSystemandtheirArtificialNeuralNetworkPrediction.Fuel,2019,255:115792.34.XinLiang,AnhaoZhong,ZuoyuSun,DongHan.Autoignitionofn-heptaneandbutanolisomersblendsinaconstantvolumecombustionchamber.Fuel,2019,254:115638.35.YusenLiu,JiaboZhang,DehaoJu,ZhenHuang,DongHan.Analysisofexergylossesinlaminarpremixedflamesofmethane/hydrogenblends.InternationalJournalofHydrogenEnergy,2019,44(43):24043-24053.36.BaiyangLin,ChenGu,DongHan,ReggieZhan,JiaqiZhai,BinGuan,ZhongzhaoLi,ZhenHuang,HeLin.Sizedistributionsofsootparticlesinpremixedflamesofgasolinedistillates.CombustionandFlame,2019,208:472–479.37.WangLiu,JiaboZhang,ZhenHuang,DongHan.Applicabilityofhighdimensionalmodelrepresentationcorrelationsforignitiondelaytimesofn-heptane/airmixtures.FrontiersinEnergy,2019,13(2):367-376.38.JiaqiZhai,WangLiu,BaiyangLin,HeLin,ZhenHuang,DongHan.Sizedistributionofnascentsootinpremixedn-hexane,cyclohexane,andmethylcyclohexaneflames.EnergyFuels,2019,33(6):5740-5748.39.DongHan,YaozongDuan,JiaqiZhai.AutoignitionComparisonofn-Dodecane/Benzeneandn-Dodecane/TolueneBlendsinaConstantVolumeCombustionChamber.EnergyFuels,2019,33(6):5647-5654.40.DongHan,JiaqiZhai,ZhenHuang.AutoignitionofN-hexane,Cyclohexane,andMethylcyclohexaneinaConstantVolumeCombustionChamber.EnergyFuels,2019,33(4):3576-3583.41.ChengGuan,JiaqiZhai,DongHan.CetaneNumberPredictionforHydrocarbonsfromMolecularStructuralDescriptorsBasedonActiveSubspaceMethodology.Fuel,2019,249:1-7.42.FengjiaoPan,JiaboZhang,DongHan,TianLu.NumericalStudyonExergyLossesofiso-OctaneConstant-VolumeCombustionwithWaterAddition.Fuel,2019,248:127-135.43.YongQian,FeierChen,YahuiZhang,WencaoTao,DongHan,XingcaiLu.CombustionandRegulated/unregulatedEmissionsofaDirectInjectionSparkIgnitionEngineFueledwithC3-C5Alcohol/gasolineSurrogateBlends.Energy,2019,174:779-791.44.JiaboZhang,DongHan,ZhenHuang.Second-LawThermodynamicAnalysisforPremixedHydrogenFlameswithDiluentsofArgon/Nitrogen/CarbonDioxide.InternationalJournalofHydrogenEnergy,2019,44(10):5020-5029.45.JiaboZhang,AnhaoZhong,ZhenHuang,DongHan.Second-LawThermodynamicAnalysisinPremixedFlamesofAmmoniaandHydrogenBinaryFuels.JournalofEngineeringforGasTurbinesandPower,2019,141:071007.46.LiangYu,YebingMao,AngLi,SixuWang,YueQiu,YongQian,DongHan,LeiZhu,XingcaiLu.Experimentalandmodelingvalidationofalargedieselsurrogate:Autoignitioninheatedrapidcompressionmachineandoxidationinflowreactor.CombustionandFlame,2019,202:195-207.47.AngLi,LeiZhu,YebinMao,JiaqiZhai,DongHan,XingcaiLu,ZhenHuang.SurrogateFormulationMethodologyforBiodieselBasedonChemicalDeconstructioninConsiderationofMolecularStructureandEngineCombustionFactors.CombustionandFlame,2019,199:152-167.48.ZhongHuang,JinXia,DehaoJu,XingcaiLu,DongHan,XinqiQiao,ZhenHuang.Asix-componentsurrogateofdieselfromdirectcoalliquefactionforsprayanalysis.Fuel,2018,234:1259-1268.49.JiaboZhang,JiaqiZhai,DehaoJu,ZhenHuang,DongHan.EffectsofExhaustGasRecirculationConstituentsonMethylDecanoateAuto-Ignition:AKineticStudy.JournalofEngineeringforGasTurbinesandPower,2018,140(12):121001.50.PengLiu,YiranZhang,LijunWang,BoTian,BinGuan,DongHan,ZhenHuang,HeLin.ChemicalMechanismofExhaustGasRecirculationonPolycyclicAromaticHydrocarbonsFormationBasedonLaser-InducedFluorescenceMeasurement.EnergyFuels,2018,32(6):7112–7124.51.ZhongHuang,XiaochenXu,DehaoJu,DongHan,XinqiQiao,ZhenHuang.Developmentofmulti-componentsurrogatesofdieselfromindirectcoalliquefactionforsprayanalysis.Energy,2018,152:341-347.52.JiaboZhang,ZhenHuang,DongHan.ExergyLossesinAuto-ignitionProcessesofDMEandAlcoholBlends.Fuel,2018,229:116-125.53.DongHan,JiaqiZhai,YaozongDuan,ChunhaiWang,ZhenHuang.NozzleEffectsontheInjectionCharacteristicsofDieselandGasolineBlendsonaCommonRailSystem.Energy,2018,153:223-230.54.JiaboZhang,ZhenHuang,KyoungdougMin,DongHan.Dilution,Thermal,andChemicalEffectsofCarbonDioxideontheExergyDestructioninn-HeptaneandIso-octaneAutoignitionProcesses:ANumericalStudy.EnergyFuels,2018,32(4):5559-5570.55.BaiyangLin;HaoGu;HongNi;BinGuan;ZhongzhaoLi;DongHan,ZhenHuang;HeLin.SizeDistributionofSootParticlesinPremixedn-HeptaneandMethylcyclohexaneFlames.EnergyFuels,2018,32(3):3883-3890.56.BaiyangLin;HaoGu;HongNi;BinGuan;ZhongzhaoLi;DongHan;ChenGu;CanShao;ZhenHuang;HeLin.Effectofmixingmethane,ethane,propaneandethyleneonthesootparticlesizedistributioninapremixedpropeneflame.CombustionandFlame,2018,193:54-60.57.YongQian,LiangYu,ZilongLi,YahuiZhang,LeileiXu,QiyanZhou,DongHan,XingcaiLu.ANewMethodologyforDieselSurrogateFuelFormulation:BridgingFuelFundamentalPropertiesandRealEngineCombustionCharacteristics.Energy,2018;148:424-447.58.DongHan,JiaqiZhai,YaozongDuan,DehaoJu,HeLin,ZhenHuang.Macroscopicandmicroscopicspraycharacteristicsoffattyacidestersonacommonrailinjectionsystem.Fuel,2017;203:370-379.59.DongHan,SiliDeng,WenkaiLiang,PengZhao,FujiaWu,ZhenHuang,ChungK.Law.Laminarflamepropagationandnonpremixedstagnationignitionoftolueneandxylenes.ProceedingsoftheCombustionInstitute,2017;36(1):479-489.60.DongHan,KeLi,YaozongDuan,HeLin,ZhenHuang.Numericalstudyonfuelphysicaleffectsonthesplitinjectionprocessesonacommonrailinjectionsystem.EnergyConversionandManagement,2017;134:47-58.61.MingyuanTao,DongHan,PengZhao.Analternativeapproachtoaccommodatedetailedignitionchemistryincombustionsimulation.CombustionandFlame,2017;176:400-408.62.SiliDeng,DongHan,ChungK.Law.Ignitionandextinctionofstrainednonpremixedcoolflamesatelevatedpressures.CombustionandFlame,2017;176:143-150.63.BaiyangLin,HaoGu,BinGuan,DongHan,ChenGu,ZhenHuang,HeLin.SizeEvolutionofSootParticlesfromGasolineandn-Heptane/TolueneBlendinaBurnerStabilizedStagnationFlame.Fuel,2017;203:135-144.64.DehaoJu,XiaochuanSun,XiaoxuJia,ZhongHuang,XinqiQiao,DongHan,ZhenHuang.ExperimentalInvestigationoftheAtomizationBehaviorofEthanolandKeroseneinAcousticFields.Fuel,2017:202:613-619.65.DongHan,YaozongDuan,ChunhaiWang,HeLin,ZhenHuang,MargaretS.Wooldridge.ExperimentalStudyoftheTwo-StageInjectionProcessofFattyAcidEstersonaCommonRailInjectionSystem.Fuel,2016;163:214-222.66.YongQian,HuaLi,DongHan,LibinJi,ZhenHuang,XingcaiLu.OctaneratingeffectsofdirectinjectionfuelsondualfuelHCCI-DIstratifiedcombustionmodewithportinjectionofn-heptane.Energy,2016;111:1003-1016.67.ZhenHuang,ZhongzhaoLi,JianyongZhang,XingcaiLu,JunhuaFang,DongHan.Activefueldesign—AwaytomanagetherightfuelforHCCIengines.FrontiersinEnergy,2016;10(1):14-28.68.DongHan,YaozongDuan,ChunhaiWang,HeLin,ZhenHuang.Experimentalstudyonthetwostageinjectionofdieselandgasolineblendsonacommonrailinjectionsystem.Fuel,2015;159:470-475.69.YaozongDuan,DongHan,PengfeiLi,ChunhaiWang,HeLin,ZhenHuang.Experimentalstudyoninjectionandmacroscopicspraycharacteristicsofethyloleate,jetfuel,andtheirblendonadieselenginecommonrailsystem.AtomizationandSprays,2015;25(9):777-793.70.DongHan#,ChunhaiWang#,YaozongDuan,ZhisongTian,ZhenHuang.Anexperimentalstudyofinjectionandspraycharacteristicsofdieselandgasolineblendsonacommonrailinjectionsystem.Energy,2014;75:513-519.71.DongHan,YaozongDuan,ChunhaiWang,HeLin,ZhenHuang.Experimentalstudyoninjectioncharacteristicsoffattyacidestersonadieselenginecommonrailsystem.Fuel,2014;123:19-25.72.YueWang,ZhengYang,XinYang,DongHan,ZhenHuang,XingcaiLu.Experimentalandmodelingstudiesonignitiondelaytimesofmethylhexanoate/n-butanolblendfuelsatelevatedpressures.EnergyFuels,2014;28(8):5515-5522.73.XingcaiLu,YongQian,ZhengYang,DongHan,JibinJi,XiaoxinZhou,ZhenHuang.ExperimentalstudyoncompoundHCCI(homogenouschargecompressionignition)combustionfueledwithgasolineanddieselblends.Energy,2014;64:707-718.74.DongHan,HuanyuGuang,ZhengYang,XingcaiLu,ZhenHuang.Effectsofequivalenceratioandcarbondioxideconcentrationonpremixedchargecompressionignitionofgasolineanddiesel-likefuelblends.JournalofMechanicalScienceandTechnology,2013;27(8):2507-2512.75.DongHan,HuanyuGuang,ZhengYang,XingcaiLu,ZhenHuang.Premixedignitioncharacteristicsofblendsofgasolineanddiesel-likefuelsonarapidcompressionmachine.ThermalScience,2013;17(1):1-10.76.XingcaiLu,XiaoxinZhou,LibinJi,ZhengYang,DongHan,ChenHuang,ZhenHuang.Experimentalstudiesonthedual-fuelsequentialcombustionandemissionsimulation.Energy,2013;51(3):358-373.77.ZhenHuang,LibinJi,DongHan,ZhengYang,XingcaiLu.Experimentalstudyondual-fuelcompoundhomogeneouschargecompressionignitioncombustion.InternationalJournalofEngineResearch,2013;14(1):23-33.78.DongHan,AndrewM.Ickes,StanislavV.Bohac,ZhenHuang,DennisN.Assanis.HCandCOemissionsofpremixedlow-temperaturecombustionfueledbyblendsofdieselandgasoline.Fuel,2012;99:13-19.79.DongHan,AndrewM.Ickes,StanislavV.Bohac,ZhenHuang,DennisN.Assanis.Premixedlow-temperaturecombustionofblendsofdieselandgasolineinahighspeedcompressionignitionengine.ProceedingsoftheCombustionInstitute,2011;33(2):3039-3046.80.XingcaiLu,DongHan,ZhenHuang.Fueldesignandmanagementforthecontrolofadvancedcompression-ignitioncombustionmodes.ProgressinEnergyandCombustionScience,2011;37(6):741-783.81.DongHan,AndrewM.Ickes,DennisN.Assanis,ZhenHuang,StanislavV.Bohac.Attainmentandloadextensionofhigh-efficiencypremixedlow-temperaturecombustionwithdieselineinacompressionignitionengine.EnergyFuels,2010;24(6):3517-3525.82.DongHan,XingcaiLu,JunjunMa,LibinJi,ChenHuang,ZhenHuang.Influenceoffuelsupplytimingandmixturepreparationonthecharacteristicsofstratifiedchargecompressionignitioncombustionwithn-heptanefuel.CombustionScienceandTechnology,2009;181(11):1327-1344.83.LibinJi,XingcaiLu,JunjunMa,ChenHuang,DongHan,andZhenHuang.Experimentalstudyoninfluencingfactorsofiso-octanethermo-atmospherecombustioninadual-fuelstratifiedchargecompressionignition(SCCI)engine.EnergyFuels,2009;23(5):2405-2412.84.JiaqiZhai,YaozongDuan,DongHan.Pressure-BasedApproachtoEstimatingtheInjectionStartandEndinSingleandSplitCommonRailInjectionProcesses.JournalofShanghaiJiaoTongUniversity(Science),2018,23(Sup.1):28–33.85.韩东，吕兴才，黄震，DennisNAssanis.喷射时刻对柴油和汽油/柴油混合燃料低温燃烧的影响.内燃机学报,2011;29(3):200-205.86.韩东，吕兴才，黄震.柴油机低温燃烧的研究进展.车用发动机,2008,2:5-9.

代表成果

1. Dong Han, Andrew M. Ickes, Stanislav V. Bohac, Zhen Huang, Dennis N. Assanis. Premixed low-temperature combustion of blends of diesel and gasoline in a high speed compression ignition engine. Proceedings of the Combustion Institute, 2011; 33 (2): 3039 - 3046.
2. Dong Han, Yaozong Duan, Chunhai Wang, He Lin, Zhen Huang, Margaret S. Wooldridge. Experimental Study of the Two-Stage Injection Process of Fatty Acid Esters on a Common Rail Injection System. Fuel, 2016; 163: 214-222.
3. Dong Han, Sili Deng, Wenkai Liang, Peng Zhao, Fujia Wu, Zhen Huang, Chung K. Law. Laminar flame propagation and nonpremixed stagnation ignition of toluene and xylenes. Proceedings of the Combustion Institute, 2017; 36(1): 479-489.
4. Dong Han, Yaozong Duan, Jiaqi Zhai. Autoignition Comparison of n-Dodecane/Benzene and n-Dodecane/Toluene Blends in a Constant Volume Combustion Chamber. Energy Fuels, 2019, 33 (6): 5647-5654.
5. Dong Han, Jiaqi Zhai, Zhen Huang. Autoignition of N-hexane, Cyclohexane, and Methylcyclohexane in a Constant Volume Combustion Chamber. Energy Fuels, 2019, 33(4): 3576-3583.
6. Dong Han, Yunchu Fan, Zhe Sun, Mohamed Nour, Xuesong Li. Combustion and Emissions of Isomeric Butanol/Gasoline Surrogates Blends on an Optical GDI Engine. Fuel, 2020, 272: 117690.
7. Dong Han, Delin Lyu, Zijian Sun, Xin Liang, Zhen Huang. On knocking combustion development of oxygenated gasoline fuels in a cooperative fuel research engine. International Journal of Engine Research 2023, 24 (6): 2410-2421.
8. Dong Han, Yusen Liu, Zhen Huang. The Use of Ammonia as a Fuel for Combustion Engines. In: Kalghatgi G., Agarwal A.K., Leach F., Senecal K. (eds) Engines and Fuels for Future Transport. Energy, Environment, and Sustainability. Springer, 2022, Singapore.
9. Dong Han. Explosion Limits and Energy Conversion in Flames of Hydrogen/Ammonia Mixtures. KAUST Research Conference “Hydrogen-Based Mobility and Power”. October 23-26, 2022, Thuwal, Saudi Arabia.
10. Dong Han. Dual fuel engine combustion technology based on E-fuels. The 6th Shanghai-Stuttgart-Symposium on Automotive and Powertrain Technology, December 1-2, 2022, Shanghai, China.

*以上信息由高级会员个人更新和维护。