ABSTRACT

The Powder Technology Handbook, Third Edition provides a comprehensive guide to powder technology while examining the fundamental engineering processes of particulate technology. The book offers a well-rounded perspective on powder technologies that extends from particle to powder and from basic problems to actual applications.

Pro

chapter 1|10 pages

1 Particle Size

chapter 1|20 pages

2 Size Measurement

chapter 1|16 pages

3 Particle Shape Characterization

chapter 1|4 pages

4 Particle Density

chapter 1|36 pages

6 Surface Properties and Analysis

chapter 2|12 pages

1 Diffusion of Particles

chapter 2|10 pages

2 Optical Properties

chapter 2|8 pages

3 Particle Motion in Fluid

chapter 2|10 pages

4 Particle Sedimentation

chapter 2|14 pages

6 Adhesive Force of a Single Particle

chapter 2|12 pages

7 Particle Deposition and Reentrainment

chapter 2|16 pages

8 Agglomeration (Coagulation)

chapter 2|6 pages

9 Viscosity of Slurry

chapter 2|8 pages

10 Particle Impact Breakage

chapter 2|6 pages

11 Sintering

chapter 2|6 pages

12 Ignition and Combustion Reaction

chapter 2|14 pages

13 Solubility and Dissolution Rate

chapter 2|10 pages

14 Mechanochemistry

chapter 3|16 pages

1 Adsorption Characteristics

chapter 3|4 pages

2 Moisture Content

chapter 3|14 pages

3 Electrical Properties

chapter 3|10 pages

4 Magnetic Properties

chapter 3|16 pages

5 Packing Properties

chapter 3|8 pages

6 Capillarity of Porous Media

chapter 3|8 pages

7 Permeation (Flow through Porous Medium)

chapter 3|10 pages

8 Specifi c Surface Area

chapter 3|14 pages

9 Mechanical Properties of a Powder Bed

chapter 3|12 pages

10 Fluidity of Powder

chapter 3|10 pages

11 Blockage of Storage Vessels

chapter 3|12 pages

12 Segregation of Particles

chapter 4|12 pages

1 Aerosol Particle Generation

chapter 4|12 pages

2 Generation of Particles by Reaction

chapter 4|10 pages

3 Crystallization

chapter 4|16 pages

5 Dispersion of Particles

chapter 4|20 pages

6 Electrical Charge Control

chapter 4|8 pages

7 Surface Modifi cation

chapter 4|10 pages

8 Standard Powders and Particles

chapter 5|24 pages

1 Crushing and Grinding

chapter 5|24 pages

2 Classifi cation

chapter 5|10 pages

3 Storage (Silo)

chapter 5|6 pages

4 Feeding

chapter 5|10 pages

5 Transportation

chapter 5|14 pages

6 Mixing

chapter 5|8 pages

7 Slurry Conditioning

chapter 5|16 pages

8 Granulation

chapter 5|6 pages

9 Kneading and Plastic Forming

chapter 5|8 pages

10 Drying

chapter 5|8 pages

11 Combustion

chapter 5|16 pages

12 Dust Collection

chapter 5|8 pages

13 Electrostatic Separation

chapter 5|12 pages

14 Magnetic Separation

chapter 5|10 pages

15 Gravity Thickening

chapter 5|14 pages

16 Filtration

chapter 5|8 pages

17 Expression

chapter 5|12 pages

18 Flotation

chapter 5|8 pages

19 Electrostatic Powder Coating

chapter 5|12 pages

20 Multipurpose Equipment

chapter 5|34 pages

21 Simulation

chapter 6|8 pages

1 Powder Sampling

chapter 6|16 pages

2 Particle Sampling in Gas Flow

chapter 6|10 pages

3 Concentration and Flow Rate Measurement

chapter 6|8 pages

4 Level Measurement of a Powder Bed

chapter 6|4 pages

5 Temperature Measurement of Powder

chapter 6|10 pages

6 On-Line Measurement of Moisture Content

chapter 6|10 pages

7 Tomography

chapter 7|6 pages

1 Health Effects Due to Particle Matter

chapter 7|30 pages

3 Spontaneous Ignition and Dust Explosion