Online resource; title from PDF title page (EBSCO, viewed October 28, 2016).
Bibliography
Includes bibliographical references and index.
Contents
Front Cover ; Dedication ; Adsorption -- Dryers for Divided Solids ; Copyright ; Contents; Preface; Chapter 1. Humid Air Water Cooling Towers; 1.1. Properties of humid air ; 1.2. Mollier diagram; 1.3. Measurement of the humid temperature ; 1.4. The cooling tower ; Chapter 2. Adsorption and Ion-exchange Chromatography; 2.1. General ; 2.2. Modes of feeding an adsorption column ; 2.3. Transfer parameters ; 2.4. Height equivalent to a theoretical plate ; 2.5. Ideal system and material balance; 2.6. Analytical solutions ; 2.7. Channeling of a single solute ; 2.8. Number of solutes greater than.
2.9. Numerical simulation by orthogonal collocation. Finiteelement method 2.10. Other numerical methods ; 2.11. Ion exchange ; Chapter 3. Practical Data on Adsorption, Ion Exchange and Chromatography; 3.1. A few characteristics of fluid-solid equilibrium ; 3.2. ("Batch") adsorption from a load ; 3.3. Definition of an industrial chromatography column ; 3.4. Practical use of adsorbents ; 3.5. Non-isothermal adsorption ; 3.6. Particular cases in chromatography ; 3.7. Practice of ion exchange ; Chapter 4. Theory of Drying Theory of Imbibition and Drainage. The Phenomenon of Hysteresis.
4.1. Properties of products 4.2. General methods for calculations on dryers ; 4.3. Transfer coefficients ; 4.4. Capillary pressure (imbibition/drainage) ; 4.5. Thermodynamics and capillarity ; 4.6. Adsorption and capillarity ; 4.7. Hysteresis ; 4.8. Movements of the fluids ; Chapter 5. Dryers; 5.1. General ; 5.2. Batch dryers ; 5.3. Atomization tower and spherulation tower ; 5.4. Indirect-heating rotary dryer ; 5.5. Pneumatic dryer ; 5.6. Cylinder dryers ; 5.7. Fluidized continuous-flow dryer ; 5.8. Drying of porous substances ; 5.9. Drying in a tunnel kiln.
5.10. Heat transfer in drum dryers 5.11. Ancillary installations ; 5.12. Choice of dryers ; 5.13. A few energy considerations ; Appendices ; Appendix 1. Numerical Integration 4th-order Runge-Kutta Method; Appendix 2. A Few Important Identities; Theorem of reciprocity; Closed-loop derivation; Cascade derivation; Rational fractions and simple elements; Bibliography; Index; Back Cover.
