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|Additional Physical Format:||Print version:
Heat and Mass Transfer in Capillary-Porous Bodies.
Burlington : Elsevier Science, ©2014
|Material Type:||Document, Internet resource|
|Document Type:||Internet Resource, Computer File|
|All Authors / Contributors:||
A V Luikov
|Notes:||Chapter 8. heat and masstransfer in someengineering processes.|
|Description:||1 online resource (541 pages)|
|Contents:||Front Cover; Heat and Mass Transfer in Capillary-Porous Bodies; Copyright Page; Table of Contents; PREFACE; FOREWORD; CHAPTER 1. THERMODYNAMICS OF THE PHENOMENA OF HEATAND MASS TRANSFER; 1. Fundamental Properties of Moist Gas; 2. Moist Air Diagram; 3. Potentials for Transfer of Heat and Mass; 4. Onsager's Theory; 5. Methods of Determining Fluxes and ThermodynamicForces; 6. Curie's Principle; 7. Differential Equations of Transfer; 8. Method of Calculation of ThermodynamicForces and Transfer Flows; 9. Differential Equations of Transfer for a One-component System. CHAPTER 2. EQUATIONS OF MASS AND HEAT TRANSFER AND CONDITIONSOF SINGLE-VALUEDNESS 1. Equations of Mass and Heat Transfer in Binary GaseousMixtures; 2. Equations of Mass and Heat Transfer in Solutions; 3. Boundary Conditions in Problems of Heat Transfer; 4. Boundary Conditions in Problems of Mass and HeatTransfer; CHAPTER 3. FUNDAMENTALS OF THE THEORYOF SIMILARITY; 1. Multipliers of Transformation; 2. Main Points of Similarity of the Phenomena of Heatand Mass Transfer; 3. Criteria of Similarity of Heat and Mass Transfer. 4. Physical Significance of the Similarity Criteria of Heatand Mass Transfer 5. Methods of Generalization of Experimental Data; CHAPTER 4. HEAT AND MASS TRANSFER OF A SOLID BODY WITH THESURROUNDING MEDIUM; 1. Heat Transfer under Forced Convection; 2. Heat Transfer in Conditions of Free Convection; 3. Mass and Heat Transfer; 4. Heat Transfer by Radiation; 5. Heat Transfer by Conduction in a Steady State; 6. Non-steady Heat Conductionin Solid Bodies; CHAPTER 5. BASIC PROPERTIES OFCAPILLARY-POROUS BODIES. 1. Classification of Forms of Bond between Capillary-porousBodies and the Absorbed Liquid 2. The Hygrothermic Equilibrium State of Capillary-porousBodies; 3. Basic Structural Properties of Capillary-porous Bodies; 4. Fundamental Principles of the Molecular Kineticsof Transfer of Gaseous Substance in Capillary-porous Bodies; CHAPTER 6. HEAT AND MASS TRANSFER IN CAPILLARY-POROUSBODIES; 1. Differential equations of mass and heat transfer; 2. Thermodynamic Parameters of Mass Transfer; 3. Basic Law of Moisture Transfer. 4. The System of Differential Equations for Mass and Heat Transfer and the Conditions ofSingle-valuedness 5. Thermal Properties of Capillary-porous Bodies; 6. Parameters of Similarity for Heat and MassTransfer; 7. Analytical Solutions of Some Problems of Heat and MassTransfer; CHAPTER 7. HEAT AND MASS TRANSFERIN WALLS; 1. Heat and Mass Transfer in Homogeneous Walls; 2. Heat and Mass Transfer in Multilayer Walls; 3. Heat Transfer in Walls withPeriodic Variations in the Temperature of the Medium; 4. Heat Transfer in the Presence of Filtration of Air.|