THERMODYNAMICS FOR ENGINEERS
CONTENTS PART I THERMODYNAMICS 1 INTRODUCTION 2 FIRST LAW OF THERMODYNAMICS 3 SECOND LAW OF THERMODYNAMICS 4 THIRD LAW OF THERMODYNAMICS 5 OPEN SYSTEMS 6 EQUILIBRIUM AND THERMODYNAMIC POTENTIALS 7 REQUIREMENTS FOR STABILITY 8 MONOCOMPONENT PHASE EQUILIBRIUM 9 TWO-PHASE EQUILIBRIUM FOR A VAN DER WAALS FLUID 10 BINARY SOLUTIONS 11 EXTERNAL FORCES AND ROTATING COORDINATE SYSTEMS 12 CHEMICAL REACTIONS 13 THERMODYNAMICS OF FLUID-FLUID INTERFACES 14 THERMODYNAMICS OF SOLID-FLUID INTERFACES PART II STATISTICAL MECHANICS 15 ENTROPY AND INFORMATION THEORY 16 MICROCANONICAL ENSEMBLE 17 CLASSICAL MICROCANONICAL ENSEMBLE 18 DISTINGUISHABLE PARTICLES WITH NEGLIGIBLE INTERACTION ENERGIES 19 CANONICAL ENSEMBLE 20 CLASSICAL CANONICAL ENSEMBLE 21 GRAND CANONICAL ENSEMBLE 22 ENTROPY FOR ANY ENSEMBLE 23 UNIFIED TREATMENT OF IDEAL FERMI, BOSE, AND CLASSICAL GASES 24 BOSE CONDENSATION 25 DEGENERATE FERMI GAS 26 QUANTUM STATISTICS 27 ISING MODEL