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MARC 21

Coulson and Richardson's chemical engineering: Volume 2A: particulate systems and particle technology
Tag Description
020$a9780081010983
041$aE.
084$aTP156.P3.C44 2019
100$aChhabra, Raj
245$aCoulson and Richardson's chemical engineering$bVolume 2A: particulate systems and particle technology$ht
250$ 6th ed.
260$aOxford, UK$bElsevier$c2019
300$ xxxiii$a833 p. : ill. ; 22 cm.
505$bMaterial Science of Solids; 1.1.1. Bonding in Solids 1.1.2. Classification of Solids1.1.3. Response of Solids to Stress; Rigid and deformable; Small and large deformations; Failure; 1.2. Particulate Solids; 1.2.1. Characteristics of Particles; 1.2.2. Agglomeration and Sintering; 1.3. Diverse Applications of Particulate Systems; 1.3.1. Examples From Industrial and Consumer Applications; 1.3.2. Particles in Environment and the Resultant Pollution; 1.3.3. Energy Sector: Coal and Petroleum; 1.3.4. Particle Systems of the Future; 1.4. Scope and Objectives of This Book; References; Chapter 2: Particulate Solids; 2.1. Introduction 2.2.6. Particle Density and Hardness2.3. Sampling of Solids; 2.3.1. Static Sampling; 2.3.2. Dynamic Sampling; 2.4. Nomenclature; References; Further Reading; Chapter 3: Particulate Solids in Bulk: Storage and Flow; 3.1. Scope and General Characteristics; 3.1.1. Frictional Nature of Bulk Materials; 3.1.2. Voidage, Bulk Density and Flowability; 3.2. Agglomeration; 3.3. Angle of Repose; 3.4. Resistance to Shear and Tensile Forces; 3.4.1. Coulomb Yield Criterion; 3.4.2. Concept of Stress and Mohr Circle; 3.4.3. Mohr-Coulomb Yield Criterion 3.4.4. Measurement of the Coefficient of Friction and Cohesion3.4.5. Beyond Mohr-Coulomb Failure; 3.5. Flow of Solids Through Orifices; 3.5.1. Does the Free-Fall Arch Exist?; 3.5.2. Flow Through Sidewall Orifice; 3.6. Flow of Solids in Hoppers; 3.6.1. Flowrate of Solids Through Hoppers; 3.6.2. Control of Solids Flowrate Through Hoppers; 3.7. Measurement of Flowrate and Level of Bulk Solids; 3.8. Conveying of Solids; 3.9. Mixing of Bulk Solids; 3.9.1. Degree of Mixing; 3.9.2. Rate of Mixing; 3.10. Segregation in Bulk Solids; 3.10.1. Causes and Consequences of Segregation; 3.10.2. Mechanisms of Segregation
650$aChemical technology
650$aParticle technology
650$aChemical engineering$xSpecial processes
650$aChemical engineering
700$aBasavaraj, Madivala