Transport Processes in Plasma with Strong Coulomb Interactions presents a theoretical analysis of the thermophysical properties of strongly coupled coulomb systems.

Contents

Transport Theory of Coulomb Systems and Optical Characteristics

• The Theory of Linear Response of a Coulomb System to Mechanical and Thermal Disturbances
• Kinetic Coefficients of Coulomb Systems. Sum Rules for Response Function of Coulomb Systems
• Optical Properties of Coulomb Systems

Transport Coefficients of a Multi-Element Chemically Reacting Plasma with Developed Ionization and Strong Interparticle (Coulomb) Interaction

• Electron Kinetic Coefficients of a Plasma with Strong Coulomb Coupling
• Transport Coefficients Determining Momentum, Mass and Energy Flows in a Multi-Element Chemically Reacting Plasma
• The General Restriction on Kinetic Coefficients and Effective Transport Coefficients of a Multi-Element Chemically Reacting Plasma

Transport Coefficients of a Multi-Element Low Temperature Gas Dynamics Problems

• Hypersonic Flow Around a Spherical Probe in the Upper Layers of Jupiter
• Critical Phenomena in the Motion of a Low-Te

Index

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