Preface
Section 1 : Properties of Particulates and Powders
Chapter 1 : Particle Properties and Characterization
Chapter 2 : Mechanical and Rheological Properties of Powders
Chapter 3 : Mixing of Granular and Loose Solids
Chapter 4 : Relationship Between the Process of Manufacture and the Structure and Properties of Granules and Tablets
Chapter 5 : Flow of Solids Through Bins and Pipes
Chapter 6 : Structural Loading on the Walls of Rapidly Filled Silos
Chapter 7 : Measurement of Particle Sizes by Fluidization
Section 2 : Particle-Gas Flows
Chapter 8 : Particle Dynamics in Two-Phase Flows
Chapter 9 : Turbulence in Gas-Solid Flows
Chapter 10 : Principles of Pneumatic Conveying
Chapter 11 : Pneumatic Transport of Solids
Chapter 12 : Principles of Air-Lift Techniques
Chapter 13 : Dispersed Two-Phase Flows at High Velocities
Chapter 14 : Dilute (Lean and Medium) Phase Pneumatic conveying
Chapter 15 : Critical Solids Transport Velocity in Horizontal Pipelines
Chapter 16 : Stability Analysis of Choking in Pneumatic Conveying
Chapter 17 : Convective and Radiative Heat Transfer of Flowing Gaseous/Solid Suspensions
Chapter 18 : Design Principles of Gas/Solids Injectors
Chapter 19 : Dust Explosibility in Pneumatic Systems
Chapter 20 : Vertical Flow of Particulate Solids in Standpipes and Risers
Section 3 : Fluidization and Industrial Applications
Chapter 21 : Overview of Industrial Fluidized Bed Reactors
Chapter 22 : Experimental Methods for Studying Bubble and Particle Dynamics in Gas-Solid and Three-Phase Fluidized Beds
Chapter 23 : Fluidized Bed Expansion of Large Particles
Chapter 24 : Predicting Minimum Fluidization Velocities for Fluidized Beds
Chapter 25 : Particle Oscillation in Fluidized Beds
Chapter 26 : Particle Segregation in Gas-Fluidized Beds
Chapter 27 : Bubble Dynamics and Mean Bubble Size
Chapter 28 : Characteristics of Pressurized Gas-Fluidized Beds
Chapter 29 : Heat Transfer in Gas-Solid Fluidized Beds
Chapter 30 : Bed-Surface Hydrodynamics for Tubes in Fluidized Beds
Chapter 31 : Heat Transfer Between Tubes and Gas-Solid Fluid Beds
Chapter 32 : Entrainment Correlations
Chapter 33 : Circulating Fluidized Beds
Chapter 34 : Minimum Spouting Conditions for Particle Mixtures
Chapter 35 : Modeling of Spouted Bed Chemical Reactors
Chapter 36 : Operating Mechanism of a Conical fluidized Bed
Chapter 37 : Application of Magnetic Stabilization to fluidized Beds
Chapter 38 : Fluidized Bed Models
Chapter 39 : Hydrodynamics of Raining Packed Bed Heat Exchangers
Section 4 : Particulate Capture and Classification
Chapter 40 : Particulate Capture from Process Gas Streams
Chapter 41 : Design of Cyclone Separators
Chapter 42 : Mathematical Modeling of Gas-Particle Flows in Cyclone Separators
Chapter 43 : Electrical Enhancement of Fabric Filtration
Chapter 44 : Air Classifiers
Index
