上海理工大学武卫东个人简介（上海理工制冷与低温工程研究所导师武卫东）

以下是关于上海理工大学武卫东个人简介（上海理工制冷与低温工程研究所导师武卫东）的介绍

男，1973年出生，博士，副教授，中共党员，研究生导师。

工作经历：

2004.09-至今上海理工大学能源与动力工程学院，制冷与低温工程研究所，历任讲师、副教授，研究所副所长。

2010.1-2010.3日本东京工业大学原子炉工业研究所工作，客员研究员。

2012.9-2013.9美国伊利诺伊大学香槟分校，机械工程系空调与制冷研究中心，公派访问学者。

科研项目：

先后主持和重点参与各类科研项目12项。其中目前正在负责主持的有：国家级项目（国家自然科学基金）1项，上海市人才发展资金资助项目1项；上海市教委科研创新基金项目1项；重点参与的有：上海市重点学科项目1项，和若干横向项目。

学术论著、专利：

发表科研学术论文30余篇，其中EI收录16篇，SCI收录3篇，ISTP收录4篇。

拥有发明专利4项；实用新型授权专利6项；申请发明专利3项。

参编著作3部：《ZeolitesinChemicalEngineering》；《水源地源水环热泵空调技术及应用》；《热能与动力工程概论》。

教学经历：

承担制冷与低温工程专业《制冷原理与装置》、《吸收吸附制冷原理及应用》、《专业英语》、《制冷及低温技术》等本科生及研究生的多门课程教学。

主要研究方向：

1）吸收、吸附制冷技术

2）各种新型制冷技术及系统的开发与研究

3）新型能源的开发与利用

LISTOFPUBLICATIONS:

PublicationofBooks:

1.ZhangHua,WUWeidong,“Chapter7:AdsorptionCoolingbyZeolite”inZeolitesinChemicalEngineering,byHolzapfel,ProcessEngEngineeringGmbH,Berlin,Germany,2011.

Journalpapers:(*correspondingauthor)

1.WUWeidong*,LiuGang,ChenShengang,ZhangHua.Nanoferrofluidadditionenhancesammonia/waterbubbleabsorptioninanexternalmagneticfield,EnergyandBuildings,Beingrevised,2012.

2.WUWeidong*,ZhangHua*,MenChuanlin.Performanceofamodifiedzeolitewateradsorptivecoolingmodulepoweredbyexhaustwasteheat,InternationalJournalofThermalScience,Vol.50,pp.2042-2049,2011.

3.WUWeidong,ZhangHua*,SunDawen.MathematicalSimulationandExperimentalStudyofaModifiedZeolite13X-WaterAdsorptionRefrigerationModule,AppliedThermalEngineering,Vol.29,pp.645-651,2009.

4.PangChangwei,WuWeidong*,ShengWei,ZhangHua,KangYongTae*.MassTransferEnhancementbyBinaryNanofluids(NH3/H2O+AgNanoparticles)forBubbleAbsorptionProcess,InternationalJournalofRefrigeration,accepted,2012.

5.WUWeidong*,PangChangwei,LiuSimei,ZhuangHua.TheEffectsofNanofluidonNH3/H2OBubbleAbsorptionPerformanceunderAdiabaticandNon-adiabaticConditions,AdvancedMaterialsResearch,Vols.236-238,pp.543-547,2011.

6.WUWeidong*,LiZengyang,ChenShengang,LiuSimei.Experimentalstudyonammonia-waterbubbleabsorptioninexternalmagneticfield,AdvancedMaterialsResearch,Vols.291-294,pp.1653-1656,2011.

7.SHENGWei,WUWeidong*,ZHANGHua,LIUHui.MechanismandInfluenceFactorsofNano-particlesEnhancingAmmoniaBubbleAbsorptionPerformance.JournalofChemicalEngineeringofChineseUniversities,Vol.25,No.1,pp.30-36,2011.(inChinesewithEnglishabstract)

8.WUWeidong*,PangChangwei,SHENGWei,ChengShengangWuRunyu.EnhancementontheNH3/H2ObubbleabsorptioninbinarynanofluidsbymononanoAg,JournalofChemicalIndustryandEngineering(China),Vol.61,No.5,pp.1112-1117,2010.(inChinesewithEnglishabstract)

9.LIUHui,WUWeidong*,SHENGWei,HONGHuan.ExperimentalStudyonEnhancingAmmoniaBubbleAbsorptionbyFeONanofluid,ChemicalIndustryandEngineeringProgress(China),Vol.28,No.7,pp.1138-1141,2009.(inChinesewithEnglishabstract)

10.HONGHuan,WUWeidong*,SHENGWei.Researchprogressofpreparationofnanofluids,ChemicalIndustryandEngineeringProgress(China),Vol.27,No.12,pp.1926-1931,2008.(inChinesewithEnglishabstract)

11.SHENGWei,WUWeidong*,ZHANGHua.EnhancinginfluenceofAl2O3nano-particlesonammoniabubbleabsorptionprocess.JournalofChemicalIndustryandEngineering(China),Vol.59,No.11,pp.2762-2767,2008.(inChinesewithEnglishabstract)

12.SHENGWei,WUWeidong*,HONGHuan,ZHANGHua.PossibleMechanismAnalysisonReverseAbsorptionPhenomenainEnhancedExperimentofAmmoniaBubbleAbsorption.JournalofUniversityofShanghaiforScienceandTechnology,30(5):pp.425-428,2008.(inChinesewithEnglishabstract)

13.WUWeidong,ZHANGHua*.Dynamicsimulationandanalysisonthecycleworkingprocessofsolidadsorptioncoolingtube.ActaEnergiaeSolarisSinica(China),27(8):pp.788-793,2006.(inChinesewithEnglishabstract)

14.WUWeidong,ZHANGHua*.Runningcharacteristicsofadsorptioncoolingtubeair-conditionerpoweredbywasteheatofengineeringtrucks,JournalofMechanicalEngineering(China),42(9):pp.61-66,2006.(inChinesewithEnglishabstract)

15.WUWeidong,ZHANGHua*.Refrigeratingpropertiesofcooling-tube-knockdownadsorptionairconditionerpoweredbywasteheat.JournalofUniversityofShanghaiforScienceandTechnology,28(6):pp.538-541,2006.(inChinesewithEnglishabstract)

16.WUWeidong*,MAOZhengyong,etal.Refrigeratingcharacteristicsofsolidadsorptioncoolingtube,JournalofChemicalIndustryandEngineering(China),55(7):pp.1077-1082,2004.(inChinesewithEnglishabstract)

17.WUWeidong,ZHANGHua,LIUXunhai,WUYiwen.Experimentalstudyoncycleprocessofanadsorptioncoolingtubeundervariouswater-chargingconditions,JournalofUniversityofShanghaiforScienceandTechnology,27(6):pp.475-478,2005.(inChinesewithEnglishabstract)

18.ZHANGHua,WUWeidong,LIUXunhai,WUZhimin,WUYiwen.Experimentalstudyonknockdownadsorptionairconditioningusingwasteheatofmicro-gasturbine,JournalofUniversityofShanghaiforScienceandTechnology,26(5):pp.399-402,2004.(inChinesewithEnglishabstract)

19.WUWeidong,ZHANGHua*,LIUXunhai,WUZhimin,WUYiwen.Studyoninfluencingfactorsoftheminimumevaporatingtemperatureforanoveladsorptioncoolingtube,JournalofUniversityofShanghaiforScienceandTechnology,25(4):pp.318-321,2003.(inChinesewithEnglishabstract)

Conferencepapers:

1.LiuHui,WUWeidong*,ShengWei,HongHuan.ExperimentalresearchofEnhancingInfluenceofFeONanofluidonAmmoniaBubbleAbsorptionProcess.UECTC-RE’09-ProceedingsoftheInauguralUS-EU-ChinaThermophysicsConference-RenewableEnergy,Beijing,China,28-31May,2009,ID244.

2.HongHuan,WUWeidong*,ShengWei,LiuHui.Studyonthedispersionstabilityinfluencingfactorsofnanofluids.UECTC-RE’09-ProceedingsoftheInauguralUS-EU-ChinaThermophysicsConference-RenewableEnergy,Beijing,China,28-31May,2009,ID246.

3.WUWeidong,Chen,ShengWei,ZhangHua.ExperimentalStudyonImpactofDifferentAmmoniaVaporMassFluxonAmmonia-WaterBubbleAbsorptionProcess.CryogenicsandRefrigeration-ProceedingsofICCR’2008,Shanghai,April5-9,2008,pp.521-525.

4.WUWeidong,ShengWei,andetal.ExperimentalResearchandAnalysisonAbsorptionEnhancementofAmmonia-watersolutionofAl2O3Nanofluid.The6thInternationalConferenceonCompressorsandRefrigeration,’an,China,Sep.25-28,2008,pp.349-355.

5.WUWeidong,ShengWei,ZhangHua,LiuHui.ResearchontheCouplingRelationofthePossibleFactorsAffectingAmmoniaWaterNano-SolutionAbsorption.InternationalSymposiumofAdvancedMechanicalandPowerEngineering,SEOUL,KOREA,9-12October,2008,pp.417-421.

6.WUWeidong,ZhangHua,WangJingfeng.Cyclecharacteristicsofasolidadsorptioncoolingtubedrivenbywasteheat,The22ndInternationalCongressofRefrigeration,Beijing,China,Aug.21-26,2007,ICR07-B1-1315.

7.WUWeidong,Chen,ShengWei,ZhangHua.TheeffectofammoniagasflowrateonNH3-H2Obubbleabsorptionopenforambient.2007InternationalSymposiumonAdvancedMechanicalandPowerEngineering,Fukui,Japan,Nov.22-25,2007,pp.88-91

8.WUWeidong,ZhangHua,LiuXunhai,WuZhimin.ExperimentalStudyandAnalysisonCycleCharacteristicsofAdsorptiveCoolingTubeUsingWasteHeat,CryogenicsandRefrigeration-ProceedingsofICCR’2003,Hangzhou,April,2003,pp.462-466.

9.ZhangHua,WUWeidong,MaJinhua,andetal.Researchonanadsorptioncoolingtubeusedforairconditioningofengineeringtrucks.ProceedingsofInternationalSorptionHeatPumpConference,Shanghai,September,2002,pp.500-504.

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