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is the "science and technology related to the handling and processing of particles and powders." This applies to the production, handling, modification, and use of a wide variety of particulate materials, both wet or dry, in sizes ranging from nanometers to centimeters; its scope spans a range of
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industries to include chemical, petrochemical, agricultural, food, pharmaceuticals, mineral processing, civil engineering, advanced materials, energy, and the environment.
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is less than the density of individual particles. The way in which they move over each other or lock together determines stability or flowability, which is tested by the
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of these properties in bulk quantities. The space between particles in bulk means that the
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Particles are characterized by their individual size and shape, and by the
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204:. Midland Information Technology and Publishing.
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222:Introduction to Particle Technology 2nd edn
32:the behavior of solids in bulk, including
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28:Particle technology thus deals with:
201:Fundamentals of Particle Technology
171:Introduction to Particle Technology
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24:Subjects of particle technology
127:analytical procedures such as
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92:particle separation, such as
198:Holdich, Richard G. (2002).
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110:electrostatic precipitation
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219:Rhodes, Martin J. (2008).
169:Rhodes, Martin J. (1998).
136:Particle characterization
59:size reduction including
129:particle size analysis
118:Centrifugal separation
38:bulk material handling
250:Particle technology
150:triaxial shear test
106:magnetic separation
70:increasing size by
17:Particle technology
232:978-0-470-01428-8
122:Liquid filtration
80:powder compaction
50:powder metallurgy
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192:Further reading
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88:crystallization
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54:nanotechnology
34:soil mechanics
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146:bulk density
142:distribution
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114:fluidization
72:flocculation
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76:granulation
156:References
225:. Wiley.
173:. Wiley.
108:, and/or
102:flotation
84:tableting
46:conveying
244:Category
65:grinding
61:crushing
98:tabling
94:sieving
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42:silos
227:ISBN
206:ISBN
175:ISBN
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