Contributors ................................................... ix
Foreword ....................................................... xi
I. Fundamental
1 Breakage of Single Particles: Quasi-Static ................... 3
Luís Marcelo Tavares
2 Impact Breakage of Single Particles: Double Impact Test ..... 69
Kam Tim Chau and Shengzhi Wu
3 Particle Breakage due to Bulk Shear ......................... 87
John Bridgwater
4 The Principles of Single-Particle Crushing ................. 117
Georg Unland
II. Milling
5 Rotor Impact Mills ......................................... 229
Roland Nied
6 Wet Grinding in Stirred Media Mills ........................ 251
Arno Kwade and Jőrg Schwedes
7 Roller Milling of Wheat .................................... 383
Grant M. Campbell
8 Air Jet Milling ............................................ 421
Alain Chamayou and John A. Dodds
9 Breakage and Morphological Parameters Determined by
Laboratory Tests ........................................... 437
Meftuni Yekeler
10 Selection of Fine Grinding Mills ........................... 487
Toyokazu Yokoyama and Yoshiyuki Inoue
11 Fine Grinding of Materials in Dry Systems and
Mechanochemistry ........................................... 509
Qiwu Zhang, Junya Kano and Fumio Saito
12 Comminution Energy and Evaluation in Fine Grinding ......... 529
Yoshiteru Kanda and Naoya Kotake
13 Enabling Nanomilling through Control of Particulate
Interfaces Marc Sommer and Wolfgang Peukert ................ 551
14 Analysis of Milling and the Role of Feed Properties
Mojtaba Ghadiri, Chih Chi Kwan and Yulong Ding ............. 605
III. Modelling
15 Monte Carlo Method for the Analysis of Particle Breakage ... 637
Barada Kanta Mishra
16 Numerical Investigation of Particle Breakage as Applied
to Mechanical Crushing ..................................... 661
Chunan Tang and Hongyuan Liu
17 The Cohesion of Fractal Agglomerates: An Elementary
Numerical Model
Emile Pefferkorn ........................................... 741
18 The Linear Breakage Equation: From Fundamental Issues to
Numerical Solution Techniques .............................. 793
Margaritis Kostoglou
19 Analysis of Agglomerate Breakage ........................... 837
Mojtaba Ghadiri, Roberto Moreno-Atanasio, Ali Hassanpour
and Simon Joseph Antony
20 Modelling of Mills and Milling Circuits .................... 873
Petya Toneva and Wolfgang Peukert
IV. Applications
21 Particle Strength in an Industrial Environment
Gabrie M.H. Meesters ....................................... 915
22 The Strength of Pharmaceutical Tablets
Iosif Csaba Sinka, Kendal George Pitt and Alan Charles
Francis Cocks .............................................. 941
23 Crystal Growth and Dissolution with Breakage:
Distribution Kinetics Modelling ............................ 971
Giridhar Madras and Benjamin J. McCoy
24 Liberation of Valuables Embedded in Particle Compounds
and Solid Waste ............................................ 989
Wolfgang Schubert and Jürgen Tomas
25 Attrition in Fluidised Beds ............................... 1019
Renee Boerefijn, Mojtaba Ghadiri and Piero Salatino
26 A Mechanistic Description of Granule Deformation and
Breakage .................................................. 1055
Yuen Sin Cheong, Chirangano Mangwandi, Jinsheng Fu,
Michael J. Adams, Michael J. Hounslow and Agba D. Salman
27 Descriptive Classification: Failure Modes of Particles
by Compression ............................................ 1121
Ian Gabbott, Vishal Chouk, Martin J. Pitt, David A.
Gorham and Agba D. Salman
28 A New Concept for Addressing Bulk Solids Attrition in
Pneumatic Conveying ....................................... 1149
Lars Frye
Subject Index ................................................ 1219
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