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Coulson and Richardson's Chemical Engineering Volume 5 - Solutions to the Problems in Chemical Engineering from Volume 2 (5th Edition) and Volume 3 (3rd Edition)

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By: Backhurst, J. R.; Harker, J.H.; Richardson, J.F. © 2002 Elsevier

 

Description: Chemical engineers in industry who are looking for a standard solution to a real-life problem will find this book of considerable interest.
Table of Contents  
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Expand this node Front Matter
Expand this node Prefaces
Table of Contents
Interactive Graphs
Table  (64)
Solutions to Problems in Volume 2
Expand this node Section 2-1. Particulate Solids
Expand this node Section 2-2. Particle Size Reduction and Enlargement
Expand this node Section 2-3. Motion of Particles in a Fluid
Expand this node Section 2-4. Flow of Fluids through Granular Beds and Packed Columns
Expand this node Section 2-5. Sedimentation
Expand this node Section 2-6. Fluidisation
Expand this node Section 2-7. Liquid Filtration
Expand this node Section 2-8. Membrane Separation Processes
Expand this node Section 2-9. Centrifugal Separations
Expand this node Section 2-10. Leaching
Expand this node Section 2-11. Distillation
Expand this node Section 2-12. Absorption of Gases
Expand this node Section 2-13. Liquid-Liquid Extraction
Expand this node Section 2-14 Evaporation
Expand this node Section 2-15. Crystallisation
Expand this node Section 2-16. Drying
Expand this node Section 2-17. Adsorption
Expand this node Section 2-18. Ion Exchange
Expand this node Section 2-19. Chromatographic Separations
Solutions to Problems in Volume 3
Expand this node Section 3-1. Reactor Design - General Principles
Expand this node Section 3-2. Flow Characteristics of Reactors - Flow Modelling
Expand this node Section 3-3. Gas-Solid Reactions and Reactors
Expand this node Section 3-4. Gas-Liquid and Gas-Liquid-Solid Reactors
Expand this node Section 3-5. Biochemical Reaction Engineering
Expand this node Section 3-7. Process Control