M. Venkatesh et al., AN EXPERIMENTAL-STUDY OF MASS-TRANSFER FROM A SPARINGLY SOLUBLE CYLINDER IN CROSS-FLOW CONFIGURATION, Chemical engineering communications, 130, 1994, pp. 181-191
Mass transfer coefficients from sparingly soluble cylinders in cross h
ow configuration have been measured experimentally. The contributions
stemming from the different parts of the cylinder namely, front, rear
and side regions, have been isolated by appropriately masking the part
s of the cylinder. Predictive expressions have been developed for the
componentswise as well as total mass transfer coefficient. Also, the p
resent results are compared with the previous literature data wherever
possible. The results reported herein embrace the following ranges of
kinematic and physical conditions: 80 less than or equal to Re less t
han or equal to 900; 850 less than or equal to Sc less than or equal t
o 1520 and 60 less than or equal to Sh less than or equal to 520.