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Chapter 1 Origin and occurrence
1£®1 Demand of flotation machine system to efficient stirred pulp-mixing
1£®2 Demand of flotation column on efficient pulp-mixing
1£®3 Demand of fine particle mineral separation on efficient pulp-mixing
1£®4 Demand of compact process on efficient pulp-mixing

Chapter 2 Function and application status of flotation pulp-mixing
2£®1 Basic functions and realization ways of pulp-mixing
2£®2 Industrialization and application of current pulp-mixing technology
2£®3 Difficulties and challenges of fine particle pulp-mixing

Chapter 3 Equipment configuration characteristics and R & D dynamics of stirred pulp-mixing
3£®1 Basic configuration of pulp-mixing agitated tank in flotation unit
3£®2 Contrast analysis of the stirring equipment of flotation unit
3£®3 R & D of agitated tank process characteristics
3£®4 The proposal of R & D of stirred pulp-mixing process

Chapter 4 Mixing characteristics of stirred pulp-mixing process
4£®1 Overview of test research on stirring characteristic
4£®2 Basic flow field types under the effect of stirring mechanism
4£®3 Mixing characteristic parameters of the stirring process
4£®4 Mixing efficiency analysis of the stirring process
4£®5 General comments on the mixing performance of conventional stirred pulp-mixing process

Chapter 5 Solid-liquid suspension characteristics of the stirred pulp-mixing process
5£®1 Experimental design of the research on solid-liquid suspension characteristics
5£®2 Material distribution characteristic under different stirring mechanism£®£®£®
5£®3 Evaluation of the stirring system suspension capability
5£®4 Regularity of the function of interval concentration variance
5£®5 Analysis of suspension capability of stirring system
5£®6 General evaluation of material suspension capability of conventional stirred pulp-mixing process

Chapter 6 Numerical simulation of stirred pulp-mixing process
6£®1 Computational fluid dynamics £¨CFD£© and simulation software introduction
6£®2 Fundamental governing equations and turbulence model
6£®3 Numerical computation
6£®4 Simulation of axial flow field
6£®5 Simulation of radial flow field
6£®6 Simulation of flow field added with draft-tube
6£®7 Simulation of flow field added with baffles
6£®8 Analysis of influence factors of flow field characteristics in agitated tank
6£®9 Comprehensive evaluation of numerical simulation of stirring flow field characteristics

Chapter 7 Stirred pulp-mixing process mechanism
7£®1 Flow field characteristics in agitated tank
7£®2 Mixing process in agitated tank
7£®3 The interaction process among mineral particles
7£®4 Diffusion process of flotation reagents
7£®5 Theoretical derivation of mixing performance evaluation parameters
7£®6 Mass transfer between solid-liquid phases

Chapter 8 Future research and development of pulp-mixing process intensification
8£®1 Efficient pulp-mixing based on process intensification
8£®2 High efficiency characteristic of stirred pulp-mixing
8£®3 Similarity scale-up problem of efficient pulp-mixing equipments
References