— 1 edition. — McGraw-Hill Book Company, 1972. - 346 p. (Schaum's outline series).Fundemantal Concepts and First Principles
Basic Concepts
Mechanical Work
Other Modes of Thermodynamic Work
Heat
Reversibility
First Law of Thermodynamics
Enthalpy
Notation
Heat Capacity
The Second Law of Thermodynamics
Axiomatic Statements of the First and Second Laws. Entropy
Heat Engines and Heat Pumps
Entropy of an Ideal Gas
Carnot Cycle for an Ideal Gas
Entropy and Equilibrium
Mathematical Formulations of Thermodynamics
Exact Differentials and State Functions
Transformation Relationships for Systems of Two Independent Variables
Legendre Transformations
Primary Property Relationships for PVT Systems of Variable Composition
Heat Capacity Relationships for Constant-Composition PVT Systems
Attainment of Equilibrium in Closed, Heterogeneous Systems
Properties of Pure Substances
PVT Behavior of a Pure Substance
Phase Changes of Pure Substances. Clapeyron's Equation
Vapor Pressures and Latent Heats
Properties of Two-Phase Systems
Volume Expansivity and Isothermal Compressibility of Solids and Liquids
Heat Capacities of Solids and Liquids
Heat Capacities of Gases
Evaluation of Thermodynamic Properties for PVT Systems
Thermodynamic Diagrams and Tables for PVT Systems
Review Questions for Chapters 1 through 4
Equations of State and Corresponding-States Correlations for PVT Systems
The Compressibility Factor
Virial Equations of State
Truncated Forms of the Virial Equations
Empirical Equations of State
Corresponding-States Correlations
Thermodynamics of Flow Processes
Energy Equations for Closed Systems
Energy Equations for Steady-State-Flow Processes
General Energy Equations
Application of the Second Law to Flow Processes
The Mechanical-Energy Balance
Chemical Thermodynamics
Partial Molar Properties
Fugacity. Fugacity Coefficient
Equality of Fugacities as a Criterion of Phase Equilibrium
Ideal Solutions. Standard States. Property Changes of Mixing. Activity
Excess Properties. Activity Coefficient
Phase Diagrams for Binary Systems
Vapor-Liquid Equilibrium Calculations
Chemical-Reaction Stoichiometry. Property Changes of Reaction
Chemical-Reaction-Equilibrium Calculations
Thermodynamic Analysis of Processes
The Work of a Completely Reversible Process
Energy that Becomes Unavailable for Work
Review Questions for Chapters 5 through 8
Appendix 1 Conversion Factors
Appendix 2 Values of the Universal Gas Constant
Appendix 3 Critical Constants and Acentric Factor
