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Transport Processes and Separation Process Principles, Fifth Edition by Daniel H. Lepek, A. Allen Hersel, Christie John Geankoplis

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Chapter 21. Convective Mass Transfer

21.0 Chapter Objectives

On completion of this chapter a student should be able to:

• Distinguish between the mass transfer coefficients for the two classic cases: a) Equilmolar counterdiffusion and b) A diffusing through stagnai, nondiffusing B

• Recognize the analogies among mass, heat, and momentum transfer

• Use the Buckingham method to determine the number of dimensionless parameters

• Derive equations that allow prediction of heat transfer coefficients for a flat plate with laminar flow.

• Calculate mass transfer coefficients for situations describe in the chapter. For example, calculating the mass transfer coefficient for flow inside a pipe.

• Explain the differences between the four basic models for ...

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