微通道内液-液多组分传质实验与模拟-研究

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1、phase,saltconcentrationonmasstransferprocessandsuppliedtheelucidationmechanisms.Theexperimentalresultsandsimulatedresultswerecompared,anditwasfoundthatthedeviationwasabout70%attheentrancestageandabout+30%~-10%atthefullydevelopedstage,whichagreeswellwitheachother.Thiscanbeexplai

2、nedthatbecauseoftheslugformationprocessandentranceeffectmakestheexperimentalresultsonthehighersidetothesimulatedresults.Onthewhole,thesimulatedresultsareinaccordancewiththeexperimentalresults,andthedevelopedmodelcansimulatethemulticomponentmasstransferprocessverywell.KEYWORDS：L

3、LE,microchannel,multicomponentmasstransfer,CFDsimulation万方数据目录第一章文献综述............................................................................................................................11.1引言...............................................................................

4、....................................................11.2微反应器概述...................................................................................................................21.2.1微反应器定义.........................................................................................

5、...............21.2.2微反应器分类........................................................................................................21.2.3微反应器的技术特点.............................................................................................21.2.4微反应器的整体构造........................

6、.....................................................................31.2.5常见的微通道几何构型.......................................................................................41.3微反应器内液液两相流............................................................................................

7、.......51.3.1液液两相流型研究.................................................................................................51.3.2液液两相流型特点简介.......................................................................................101.4相际传质研究..............................................

8、......................................................