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HYDRODYNAMIC MODEL FOR THE IMPELLER REGION IN AN AERATED AND STIRRED TANK
引用本文:高正明,王英琛,施力田,傅举孚. HYDRODYNAMIC MODEL FOR THE IMPELLER REGION IN AN AERATED AND STIRRED TANK[J]. 中国化学工程学报, 1996, 4(2): 141-149
作者姓名:高正明  王英琛  施力田  傅举孚
作者单位:Gao Zhengming Wang YingchenShi Lilian Fu JufuDepartment of Chemical Engineering,Beijing University of Chemical Technology,Beijing 100029,China To whom correspondence should be addressed.
摘    要:The radial and axial distribution of mean 1iquid velocity were measured by a.hot-filmanemometer at the impeller region in an aerated and stirred tank 0.287m in diameter.The tangentialjet model for impeller discharge flow used for single phase flow was modified to conform with thecharacteristics of gas-liquid flow.The radial and axial velocity profiles at the impeller region in thegas-liquid stirred tank were calculated by the model The results predicted by the model were in goodagreement with those obtained in experiment.

关 键 词:hydrodynamic model  gas-liquid stirred tank  agitated tank  mean liquid velocity  velocity
收稿时间:1994-10-16
修稿时间:1995-3-22 

HYDRODYNAMIC MODEL FOR THE IMPELLER REGION IN AN AERATED AND STIRRED TANK
GAO Zhengming,WANG Yingchen,SHI Litian,FU Jufu. HYDRODYNAMIC MODEL FOR THE IMPELLER REGION IN AN AERATED AND STIRRED TANK[J]. Chinese Journal of Chemical Engineering, 1996, 4(2): 141-149
Authors:GAO Zhengming  WANG Yingchen  SHI Litian  FU Jufu
Affiliation:Department of Chemical Engineering, Beijing University of Chemical Technology, Beijing 100029, China
Abstract:The radial and axial distribution of mean liquid velocity were measured by a, hot-film anemometer at the impeller region in an aerated and stirred tank 0.287m in diameter. The tangential jet model for impeller discharge flow used for single phase flow was modified to conform with the characteristics of gas-liquid flow. The radial and axial velocity profiles at the impeller region in the gas-liquid stirred tank were calculated by the model The results predicted by the model were in good agreement with those obtained in experiment.
Keywords:hydrodynamic model   gas-liquid stirred tank   agitated tank   mean liquid velocity   velocity
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