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Handbook of Tables of Thermodynamic Parameters and Mass Transfer Coefficients of Wet Materials

ISBN:
978-1-56700-234-8 (Imprimir)
978-1-56700-342-0 (En Línea)

Handbook of Tables of Thermodynamic Parameters and Mass Transfer Coefficients of Wet Materials

Descripción

The forms of moisture binding to materials are analyzed from the standpoint of binding energy; proceeding from fundamental concepts of the thermodynamics of irreversible processes, expressions for the chemical potential of mass transfer for various forms of binding are obtained in explicit form; extensive systematized experimental data for sorption and desorption isotherms (over 1800 isotherms) are presented, on whose basis new data on thermodynamic parameters and mass transfer coefficients for about 900materials are obtained and their analysis is given. The present reference book is intended for a broad segment of scientists and engineering staff of chemical processing, heat engineering, food industry, and allied specialties.



589 pages, © 2007

Tabla de Contenidos:

Annotation
Introduction
1 Forms of Moisture Binding to Materials
1.1 Classification of Forms and Energy of Moisture Binding to Materials
1.2 Chemically Bound Moisture
1.3 Adsorptively Bound Moisture
1.4 Osmotically Bound Moisture
1.5 Capillary-Bound Moisture
2 Potential of Mass Transfer in Colloidal Capillary-Porous Bodies
2.1 Basic Thermodynamic Correlations of Heat and Mass Transfer
2.2 Chemical Potential of Mass Transfer in Hygroscopic Region
2.3 Chemical Potential of Transfer of Capillary-Bound Moisture
2.4 Experimental Potential of Mass Transfer in Wet Materials
3 Thermodynamic Parameters and Mass Transfer Coefficients of Wet Materials
3.1 True Specific Isothermal Mass Capacity
3.2 Temperature Coefficient
3.3 Thermal Gradient Coefficient
3.4 Chemical Potential Conductivity Coefficient
3.5 Mass Conductivity of Air
4 Hygrostatics of Open Systems
4.1 Technological Air Conditioning and Storage of Hygroscopic Materials
4.2 Contacting Bodies
4.3 Complex Bodies
4.4 Average Specific Isothermal Mass Capacity of Materials in Technological Processes
4.5 Drying of Materials in the Decreasing-Rate Period
SUPPLEMENT
Supplement 1
Supplement 2
Supplement 3
References Cited in Supplement 1
References Cited in the Text
Index to Supplement 1