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marangoni效应与降膜传递过程

DOI: 10.3969/j.issn.1671-7627.2006.01.021, PP. 93-99

Keywords: marangoni效应,传热,传质

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Abstract:

marangoni效应在降膜传热、传质过程中广泛存在,并对这些过程有着显著影响.人们对marangoni效应进行过大量的理论和实验研究.初步总结了近年来关于marangoni效应的研究工作,并对其中的热点问题进行分析,进而展望了未来关于marangoni效应的研究趋势.

References

[1]  zubern,staubwf.stabilityofdrypatchesforminginliquidfilmsflowingoverheatedsurfaces[j].internationaljournalofheatandmasstransfer,1966.897-903.
[2]  张锋,耿皎,马少玲.marangoni效应对受热降膜流动的影响[j].化工学报,2005(9):1606-1611.doi:10.3321/j.issn:0438-1157.2005.09.002.
[3]  张锋,耿皎,张志炳.固体平壁受热液膜分布模型[j].化工学报,2005,(10):1837-1842.doi:10.3321/j.issn:0438-1157.2005.10.004.
[4]  zuiderwegfj,harmensa.theinfluenceofsurfacephenomenaontheperformanceofdistillationcolumns[j].chemicalengineeringscience,1958,(2/3):89-103.doi:10.1016/0009-2509(58)80001-9.
[5]  张志炳,耿皎,张锋.marangoni效应与汽液传质过程[j].化工学报,2003(4):508-515.doi:10.3321/j.issn:0438-1157.2003.04.012.
[6]  耿皎,洪梅,张锋.marangoni效应对填料塔精馏传质过程的影响[j].化学工程,2003(2):7-12.doi:10.3969/j.issn.1005-9954.2003.02.001.
[7]  耿皎.marangoni效应对填料精馏塔液体流动与传质性能的影响研究[d].南京:南京大学,2002.
[8]  sternlingcv,scrivenle.interfacialturbulence:hydrodynamicinstabilityandthemarangonieffect[j].aichejournal,1959(5):514-523.
[9]  gugliottim.tearsofwine[j].chemicalengineeringjournal,2004(1):67-68.
[10]  ellissrm,biddulphmw.interfacialturbulencemeasurement[j].chemicalengineeringscience,1966.1107-1112.doi:10.1016/0009-2509(66)85105-9.
[11]  sunif,yukj,wangsy.absorptionanddesorptionofcarbondioxideintoandfromorganicsolvents:effectsofrayleighandmarangoniinstability[j].industrialandengineeringchemistryresearch,2002,(7):1905-1913.doi:10.1021/ie010707+.
[12]  imaishin,suzukiy,hozawam.interfacialturbulenceingas-liquidmasstransfer[j].internationalchemicalengineering,1982(4):659-666.
[13]  moensfp.theeffectofcompositionanddrivingforceontheperformanceofpackeddistillationcolumns-ⅰ[j].chemicalengineeringscience,1972(2):275-284.doi:10.1016/0009-2509(72)85064-4.
[14]  kimjs,leeh,yusl.absorptionofwatervapourintolithiumbromide-basedsolutionswithadditivesusingasimplestagnantpoolabsorber[j].internationaljournalofrefrigeration-revueinternationaledufroid,1999.188-193.
[15]  wangkh,ludivikssonv,lightfooten.hydrodynamicstabilityofmarangonifilmsii:apreliminaryanalysisoftheeffectofinterphasemasstransfer[j].aichejournal,1971(6):1402-1408.doi:10.1002/aic.690170622.
[16]  ludvikssonv,lightfooten.hydrodynamicsstabilityofmarangonifilms[j].aichejournal,1968(4):620-626.doi:10.1002/aic.690140414.
[17]  ramaswamyb,krishnamoorthys,joosw.three-dimensionsimulationofinstabilitiesandrivuletformationinheatedfallingfilms[j].journalofcomputationalphysics,1997.70-88.doi:10.1006/jcph.1996.5512.
[18]  joosw,davissh,bankoffsg.long-waveinstabilitiesofheatedfallingfilms:two-dimensionaltheoryofuniformlayers[j].journaloffluidmechanics,1991.117-146.doi:10.1017/s0022112091000733.
[19]  zaitsevdv,kabovoa,evseevar.measurementoflocallyheatedliquidfilmthicknessbyadouble-fiberopticalprobe[j].experimentsinfluids,2003.748-754.
[20]  kabovoa,chinnovea.heattransferfromalocalheatsourcetosubcooledliquidfilm[j].hightemperature,2001(5):703-713.doi:10.1023/a:1012381010962.
[21]  师晋生,张巧珍.过冷下降液膜破裂的分析[j].应用力学学报,2002,(19):78-80.doi:10.3969/j.issn.1000-4939.2002.02.019.
[22]  沙勇,成弘,余国琮.质量、热量传递过程中的marangoni效应[j].化学进展,2003(1):9-17.doi:10.3321/j.issn:1005-281x.2003.01.002.
[23]  kabovoa,scheidb,sharinaia.heattransferandrivuletstructuresformationinafallingthinliquidfilmlocallyheated[j].internationaljournalofthermalsciences,2002.664-672.
[24]  joosw,davissh,bankoffsg.amechanismforrivuletformationinheatedfallingfilms[j].journaloffluidmechanics,1996():279-298.doi:10.1017/s0022112096007720.
[25]  zieglerf,grossmang.heat-transferenhancementbyadditives[j].internationaljournalofrefrigeration-revueinternationaledufroid,1996(5):301-309.
[26]  lindeh,schwarze,grgerk.zumauftretendesoszillatorischenregimesdermarangoni-instabilittbeimstoffübergang[j].chemicalengineeringscience,1967.823-836.doi:10.1016/0009-2509(67)80147-7.
[27]  schatzfm,neitzelgp.experimentsonthermocapillaryinstabilities[j].annualreviewoffluidmechanics,2001():93-127.doi:10.1146/annurev.fluid.33.1.93.
[28]  normanws,algawimo,garnerfh.thecoolinganddehumidificationofairwithrefrigeratedbrineingridpackedtower[j].transactionsoftheinstitutionofchemicalengineers,1954.s14-20.
[29]  bondj,donaldmb.theeffectofabsorptiononthewettedareaofabsorptiontowers[j].chemicalengineeringscience,1957.234-239.
[30]  moensfp.theeffectofcompositionanddrivingforceontheperformanceofpackeddistillationcolumns-ⅱ[j].chemicalengineeringscience,1972(2):285-292.doi:10.1016/0009-2509(72)85065-6.
[31]  moensfp.surfacerenewaleffectsindistillation[j].chemicalengineeringscience,1972(2):403-409.doi:10.1016/0009-2509(72)85076-0.
[32]  proctorsj,biddulphmw,krishnamurthykr.effectsofmarangonisurfacetensionforcesonmoderndistillationpackings[j].aichejournal,1998(4):831-839.
[33]  duklerae,bergelinop.characteristicsofflowinfallingliquidfilms[j].chemicalengineeringprogress,1952.557-563.
[34]  portalskis.studiesoffallingliquidfilmflowfilmthicknessonasmoothverticalplate[j].chemicalengineeringscience,1963,(18):787-804.doi:10.1016/0009-2509(63)85046-0.
[35]  zhangjt,pengxf,petersongp.experimentalinvestigationonthehydrodynamicsoffallingliquidfilmflowbynonlineardescriptonprocedure[j].internationaljournalofheatandmasstransfer,2000,(20):3847-3852.doi:10.1016/s0017-9310(99)00371-3.
[36]  skotheimmj,thieleu,scheidb.ontheinstabilityofafallingfilmduetolocalizedheating[j].journaloffluidmechanics,2003.1-19.
[37]  ponterab,dureposs,haighcp.heattransfertofallingwaterfilmscontainingsurface-activeagents[j].aichejournal,1971(5):1241-1242.doi:10.1002/aic.690170534.
[38]  zhangfeng,zhangzhibing,gengjiao.studyofshrinkagecharacteristicsofheatedfallingliquidfilms[j].aichejournal,2005,(11):2899-2907.doi:10.1002/aic.10610.
[39]  ambrosiw,forgionen,oriolof.statisticalcharacteristicsofawaterfilmfallingdownaflatplateatdifferentinclinationsandtemperatures[j].internationaljournalofmultiphaseflow,2002,(9):1521-1540.doi:10.1016/s0301-9322(02)00039-3.
[40]  morank,inumaruj,kawajim.instantaneoushydrodynamicsofalaminarwavyliquidfilm[j].internationaljournalofmultiphaseflow,2002,(5):731-755.doi:10.1016/s0301-9322(02)00006-x.
[41]  秦伟,刘建华,翁泽民.自由降膜流动的表面波特性[j].集美航海学院学报,1997,(15):1-6.
[42]  nusseltw.dieoberflchenkondensationdeswasserdampfes[j].zverdeutching,1916.541-546,569-575.
[43]  张锋,耿皎,马少玲.电容法测量液膜厚度[j].计量技术,2005,(5):369-370.doi:10.3969/j.issn.1000-0771.2005.05.014.
[44]  alhusseiniaa,tuzlak,chenjc.fallingfilmevaporationofsinglecomponentliquids[j].internationaljournalofheatandmasstransfer,1998,(12):1623-1632.doi:10.1016/s0017-9310(97)00308-6.
[45]  nordgrenm,setterwallf.anexperimentstudyoftheeffectsofsurfactantonafallingliquidfilm[j].internationaljournalofrefrigeration-revueinternationaledufroid,1996(5):310-316.
[46]  kangyt,kashiwagit.heattransferenhancementbymarangoniconvectioninthenh3-h2oabsorptionprocess[j].internationaljournalofrefrigeration-revueinternationaledufroid,2002(6):780-788.doi:10.1016/s0140-7007(01)00074-3.
[47]  jiw,setterwallf.effectofheattransferofadditivesontheinstabilitiesofanabsorbingfallingfilm[j].chemicalengineeringscience,1995,(19):3077-3097.doi:10.1016/0009-2509(95)00146-v.
[48]  liutq,sunxy,lixq.neuralnetworkanalysisofboilingheattransferenhancementusingadditives[j].internationaljournalofheatandmasstransfer,2002,(25):5083-5089.doi:10.1016/s0017-9310(02)00176-x.
[49]  mollerr,knochekf.surfactantswithnh3-h2o[j].internationaljournalofrefrigeration-revueinternationaledufroid,1996(5):317-321.

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