UID:
edocfu_9959232036902883
Format:
1 online resource (414 p.)
ISBN:
9780080511849
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1-281-02427-9
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9786611024277
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0-08-051184-8
Content:
Dr. R. Peter King covers the field of quantitative modeling of mineral processing equipment and the use of these models to simulate the actual behavior of ore dressing and coal washing as they are configured to work in industrial practice.The material is presented in a pedagogical style that is particularly suitable for readers who wish to learn the wide variety of modeling methods that have evolved in this field. The models vary widely from one unit type to another. As a result each model is described in some detail.Wherever possible model structure is related to the underly
Note:
Description based upon print version of record.
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Cover; Copyright Page; Contents; Preface; Chapter 1. Introduction; Bibliography; References; Chapter 2. Particle populations and distribution functions; 2.1 Introduction; 2.2 Distribution functions; 2.3 The distribution density function; 2.4 The distribution by number, the representative size and population averages; 2.5 Distributions based on particle composition; 2.6 Joint distribution functions; 2.7 Conditional distribution functions; 2.8 Independence; 2.9 Distributions by number; 2.10 Internal and external particle coordinates and distribution densities
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2.11 Particle properties derived from internal coordinates2.12 The population balance modeling method; 2.13 The fundamental population balance equation; 2.14 The general population balance equation for comminution machines; Bibliography; References; Chapter 3. Mineral liberation; 3.1 The beta distribution for mineral liberation; 3.2 Graphical representation of the liberation distribution; 3.3 Quantitative prediction of mineral liberation; 3.4 Simulating mineral liberation during comminution; 3.5 Non-random fracture; 3.6 Discretized Andrews-Mika diagram; 3.7 Symbols used in this chapter
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BibliographyReferences; Chapter 4. Size classification; 4.1 Classification based on sieving-vibrating screens; 4.2 The classification function; 4.3 A simple kinetic model for screening; 4.4 Classification based on differential settling - the hydrocyclone; 4.5 Terminal settling velocity; 4.6 Capacity limitations of the hydrocyclone; 4.7 Symbols used in this chapter; References; Chapter 5. Comminution operations; 5.1 Fracture of brittle materials; 5.2 Patterns of fracture when a single particle breaks; 5.3 Breakage probability and particle fracture energy
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5.4 Progeny size distribution when a single particle breaks - the breakage function5.5 Energy requirements for comminution; 5.6 Crushing machines; 5.7 Grinding; 5.8 The continuous mill; 5.9 Mixing characteristics of operating mills; 5.10 Models for rod mills; 5.11 The population balance model for autogenous mills; 5.12 Models for the specific rate of breakage in ball mills; 5.13 Models for the specific rate of breakage in autogenous and semi-autogenous mills; 5.14 Models for the breakage function in autogenous and semi-autogenous mills; 5.15 Mill power and mill selection; 5.16 The batch mill
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BibliographyReferences; Chapter 6. Solid-liquid separation; 6.1 Thickening; 6.2 Useful models for the sedimentation velocity; 6.3 Simulation of continuous thickener operation; 6.4 Mechanical dewatering of slurries; 6.5 Filtration; Bibliography; References; Chapter 7. Gravity separation; 7.1 Manufactured-medium gravity separation; 7.2 Quantitative models for dense-media separators; 7.3 Autogenous media separators; 7.4 Generalized partition function models for gravity separation units; Bibliography; References; Chapter 8. Magnetic separation; 8.1 Behavior of particles in magnetic fields
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8.2 Forces experienced by a particle in a magnetic field
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English
Additional Edition:
ISBN 0750648848
Language:
English
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