| Preface |
| General Notions / Chapter 1： |
| Medium in Gas Dynamics / I.： |
| Composition of a Medium--Particles / A.： |
| Processes in a Medium / B.： |
| Models of Medium / C.： |
| Levels of Description of Medium / D.： |
| Relaxation Processes in Gases and Plasmas / II.： |
| References |
| Translational Relaxation (T Models) / Chapter 2： |
| Translational Relaxation |
| Translational Relaxation in Single- and Two-Component Gases (T.1) |
| Translational Relaxation in Lorentz and Rayleigh Gases (T.2) |
| Strong-Collision Model (T.3) |
| Rotational Relaxation (R Models) / Chapter 3： |
| Introduction |
| Rotational Relaxation: State-to-State Kinetic Model (R.1) |
| Diffusion Approximation for Rotational Relaxation (R.2) |
| Strong Collision Model (R.3) |
| Model of Rotational Energy Relaxation (R.4) |
| Vibrational Relaxation (V Models) / Chapter 4： |
| Vibrational Relaxation of Diatomic Molecules as a Low-Concentration Impurity in a Gas of Structureless Particles: State-Specific Kinetic Model (V.1) |
| Vibrational Relaxation of a Single-Component Gas of Diatomic Molecules: State-Specific Kinetic Model (V.2) |
| Vibrational Relaxation in a Binary Mixture of Diatomic Molecules: State-Specific Kinetic Model (V.3) |
| Vibrational Relaxation of Diatomic Molecules: Diffusion Approximation (V.4) |
| Vibrational Relaxation in a Gas of Polyatomic Molecules: State-Specific Kinetic Model (V.5) / E.： |
| Vibrational Relaxation in Chemically Reacting Gas: State-Specific Kinetic Model (V.6) / F.： |
| Vibrational Energy Relaxation in Diatomic Molecules: Mode Kinetics Model (V.7) / G.： |
| Vibrational Energy Relaxation in Polyatomic Molecules: Mode Kinetics Model (V.8) / H.： |
| Vibrational Relaxation in Chemically Reacting Gases: Mode Kinetics Model (V.9) |
| Electronic Relaxation (E Models) / Chapter 5： |
| Adiabatic Approximation |
| Nonadiabatic Approximation for Vibronic Interactions |
| Nonadiabatic Semiempirical Approximation |
| Atomic-Molecular Kinetics of a Medium of Simple Composition (E.1) |
| Model of Electronic Excitation Exchange (E.2) |
| Electronic Energy Exchange in Chemically Reacting Gases: A Kinetic Model of Oxygen-Iodine Medium (E.3) |
| Model of Photochemical Polymerization Wave (E.4) |
| Chemical Kinetics (C Models) / Chapter 6： |
| Introduction and Definitions |
| Chemical System |
| Components (species) of Chemically Reacting Mixture |
| Measurement Units of Chemical Composition |
| Nomenclature |
| Comments |
| Chemical Reactions |
| Chemical Reaction Stoichiometry |
| Basic Definitions |
| Example |
| Stoichiometric Conservation Laws |
| Chemical Reaction Rates / III.： |
| Rate of Simple Chemical Reaction |
| Units of Measurement of Chemical Reaction Rates |
| Kinetic Model of Simple Irreversible Chemical Reaction (Mass Action Law) (C.1) |
| Kinetic Model of Simple Reversible Chemical Reaction (C.2) |
| Rates of Complex Chemical Reactions / IV.： |
| Kinetic Model of Complex Chemical Reactions (C.3) |
| Empirical Correlations for Overall Rates of Complex Chemical Reactions / V.： |
| Kinetic Behavior of Complex Reactions / VI.： |
| Parallel Reactions |
| Consecutive Reactions |
| Conjugated Reactions |
| Simplest Kinetic Scheme of Two Conjugated Reactions |
| Photochemical Reactions / VII.： |
| Kinetic Model of Photochemical Reactions |
| Radiative-Chemical Reactions / VIII.： |
| Kinetic Model of Radiative-Chemical Reactions (C.5) |
| Oscillatory Chemical Reactions / IX.： |
| Catalytic Reactions / X.： |
| Chain Reactions / XI.： |
| Semenov's Kinetic Model of Chain Reactions (C.6) |
| Combustion Reactions / XII.： |
| Models of Chemical Reactors / XIII.： |
| Model of Isothermal Reaction at Constant Density (C.7) |
| Model of Adiabatic Reaction at Constant Density (C.8) |
| Model of Adiabatic Reaction at Constant Pressure (C.9) |
| Models of Plug Flow Reactor (C.10) |
| Model of Well-Stirred Reactor |
| Mathematical Modeling in Chemical Kinetics / XIV.： |
| Direct Kinetic Problem |
| Inverse Kinetic Problem |
| Analysis of Mechanisms of Complex Chemical Reactions |
| Low Temperature Plasma Kinetics (P Models) / Chapter 7： |
| Main Nomenclature |
| Definitions and Criteria |
| Models of Low-Temperature Plasma Kinetics |
| Model of Local Electron Energy Balance (P.1) |
| Model of Electron Temperature Relaxation (P.2) |
| Model of Electron Heating Because of Recombination (P.3) |
| Model of Gas Heating in a Plasma (P.4) |
| Model of Nonequilibrium Ionization (P.5) |
| Model of Nonequilibrium Steady Ionization (P.6) |
| Model of Recombination- and Diffusion-Controlled Plasma Decay (P.7) |
| Model of Kinetics for Electrons and Positive and Negative Ions (P.8) |
| System of Balance Equations for Excited Atoms: Relaxation of Excited States (P.9) |
| Atomic Excited State Populations in Steady or Quasisteady Plasmas: Single-Quantum Approximation (P.10) / J.： |
| Atomic Excited-State Distribution in Steady or Quasisteady Plasmas: Diffusion Approximation (P.11) / K.： |
| Model of Recombination and Relaxation of Highly Excited Atoms Induced by Collisions with Electrons and by Resonant Deactivation by Neutral Particles (P.12) / L.： |
| Model for Electron Energy Distribution Function (EEDF) in Weakly Ionized Atomic Plasmas (P.13) / M.： |
| Model for Electron Energy Distribution Function (EEDF) in a Highly Ionized Atomic Plasma (P.14) / N.： |
| Model for Electron Energy Distribution Function (EEDF) in an Atomic and Molecular Plasma (P.15) / O.： |
| Model of Relaxation of Electron Energy Distribution Function (EEDF) (P.16) / P.： |
| Model for Electron Energy Distribution Function (EEDF) in Weakly Ionized Plasmas with Inelastic Collisions (P.17) / Q.： |
| Thermodynamics of Gases and Plasmas / Chapter 8： |
| Basic Concepts |
| Definitions |
| Processes |
| Quantities |
| Systems |
| Functions of State |
| Laws of Thermodynamics |
| Zeroth Law of Thermodynamics |
| First Law of Thermodynamics |
| Second Law of Thermodynamics |
| Third Law of Thermodynamics |
| Thermodynamic Potentials |
| Internal Energy U |
| Enthalpy H |
| Free Energy (Helmholtz Free Energy) F |
| Gibbs Thermodynamic Potential [Phi] |
| Thermodynamic Potential [Omega] of an Open System |
| Entropy S |
| Conditions for Thermodynamic Equilibrium and for Thermodynamic Stability of Systems (Refs. 1, 2 and 6) |
| Gibbs Distributions and Their Relations to Thermodynamic Quantities |
| Partition Functions and Statistical Integrals |
| Summary of Basic Thermodynamic Quantities |
| Calculation of Thermodynamic Parameters in Chemically Reacting Media |
| Thermodynamics of Irreversible Processes |
| Definition |
| Postulates of Thermodynamics of Irreversible Processes |
| Nonlinear Thermodynamics of Irreversible Processes |
| Dissipative Structures |
| Fluxes and Thermodynamic Forces in Thermodynamics of Irreversible Processes |
| Equations of State / Chapter 9： |
| Thermal and Caloric Equations of State |
| Equation of State for an Ideal Gas |
| Real Gases |
| Virial Equation of State for a Nonideal Gas |
| Empirical Equations of State |
| Index |
| Series Listing |
| Preface |
| General Notions / Chapter 1： |
| Medium in Gas Dynamics / I.： |
図書
