Description :
Condition New Published In India by Prentice Hall India Brand New Soft cover INTERNATIONAL EDITION Latest 4th Edition Different ISBN Number but the contents are Identically same as US edition Black White Illustrations superfast express shipping customer satisfaction money back guaranteed
Review:
The comprehensive unified uptodate guide to transport and separation processes Today chemical engineering professionals need a thorough understanding of momentum heat and mass transfer processes as well as separation processes Transport Processes and Separation Process Principles Fourth Edition offers a unified and uptodate treatment of all these topics Thoroughly updated to reflect the fields latest methods and applications it covers both fundamental principles and practical applications Part 1 covers the essential principles underlying transport processes momentum transfer steadystate and unsteadystate heat transfer and mass transfer including both unsteadystate and convective mass transfer Part 2 covers key separation processes including evaporation drying humidification absorption distillation adsorption ion exchange extraction leaching crystallization dialysis gas membrane separation reverse osmosis filtration ultrafiltration microfiltration settling centrifugal separation and more This editions extensive updates and enhancements include A more thorough coverage of momentum heat and mass transport processes Detailed new coverage of separation process applications Greatly expanded coverage of momentum transfer including fluidized beds and nonNewtonian fluids More detailed discussions of mass transfer absorption distillation liquidliquid extraction and crystallization Extensive new coverage of membrane separation processes and gasmembrane theoryTransport Processes and Separation Process Principles Fourth Edition also features more than 240 example problems and over 550 homework problems reflecting the fields current methods and applications About the AuthorCHRISTIE JOHN GEANKOPLIS is a Professor of Chemical Engineering and Materials Science at the University of Minnesota His current research interests involve transport processes biochemical reactor engineering mass transfer in liquid solutions and diffusion andor reaction in porous solids He holds a PhD in Chemical Engineering from the University of Pennsylvania
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