Part 1. PLASMA FUNDAMENTALS: KINETICS, THERMODYNAMICS, FLUID MECHANICS AND ELECTRODYNAMICS.<br> <br>Lecture 1. PLASMA IN NATURE, IN THE LAB, AND IN APPLICATIONS; MAJOR PLASMA SPECIES.<br>Lecture 2. ELEMENTARY PROCESSES OF CHARGED SPECIES IN PLASMA.<br>Lecture 3. ELEMENTARY PROCESSES OF EXCITED ATOMS AND MOLECULES IN PLASMA.<br>Lecture 4. KINETICS AND TRANSFER PROCESSES OF CHARGED PARTICLES IN PLASMA.<br>Lecture 5. KINETICS OF EXCITED ATOMS AND MOLECULES; PLASMA-CHEMICAL KINETICS OF ENERGETIC ATOMS AND EXCITED PARTICLES.<br>Lecture 6. PLASMA STATISTICS, THERMODYNAMICS, AND PLASMA HEAT AND ENERGY TRANSFER PROCESSES.<br>Lecture 7. PLASMA ELECTROSTATICS AND ELECTRODYNAMICS, WAVES IN PLASMA.<br>Lecture 8. PLASMA MAGNETO-HYDRODYNAMICS, FLUID MECHANICS AND ACOUSTICS.<br> <br>Part 2. FUNDAMENTAL PLASMA PHYSICS AND ENGINEERING OF ELECTRIC DISCHARGES.<br> <br>Lecture 9. ELECTRIC BREAKDOWN, NON-EQUILIBRIUM STEADY-STATE DISCHARGE REGIMES AND INSTABILITIES.<br>Lecture 10. NON-THERMAL PLASMA SOURCES: GLOW DISCHARGES.<br>Lecture 11. THERMAL PLASMA SOURCES: ARC DISCHARGES.<br>Lecture 12. RADIO-FREQUENCY, MICROWAVE, AND OPTICAL DISCHARGES.<br>Lecture 13. NON-EQUILIBRIUM ATMOSPHERIC PRESSURE COLD DISCHARGES: CORONAS, DIELECTRIC BARRIER DISCHARGES, ATMOSPHERIC PRESSURE GLOW, PLASMA JETS.<br>Lecture 14. NON-EQUILIBRIUM ATMOSPHERIC PRESSURE TRANSITIONAL DISCHARGES: SPARKS, GLIDING ARCS, MICRODISHARGES.<br>Lecture 15. IONIZATION AND DISCHARGES IN AEROSOLS; DUSTY PLASMA PHYSICS; ELECTRON BEAMS.<br>Lecture 16. DISCHARGES IN LIQUIDS.<br> <br>Part 3. PLASMA IN INORGANIC MATERIAL TREATMENT, ENERGY SYSTEMS AND ENVIRONMENTAL CONTROL.<br> <br>Lecture 17. ENERGY BALANCE AND ENERGY EFFICIENCY OF PLASMA-CHEMICAL PROCESSES: PLASMA DISSOCIATION OF CO2.<br>Lecture 18. SYNTHESIS OF NO IN AIR, OZONE SYNTHESIS, AND OTHER GAS-PHASE PLASMA SYNTHETIC AND DECOMPOSITION PROCESSES.<br>Lecture 19. PLASMA METALLURGY: PRODUCTION AND PROCESSING OF METALS AND THEIR COMPOUNDS.<br>Lecture 20. PLASMA POWDERS, SPRAYING, DEPOSITION AND COATING PROCESSES; DUSTY PLASMA-CHEMISTRY, PLASMA NANO-TECHNOLOGIES.<br>Lecture 21. PLASMA PROCESSING IN MICROELECTRONICS AND OTHER MICRO-TECHNOLOGIES: ETCHING, DEPOSITION, AND ION IMPLANTATION PROCESSES.<br>Lecture 22. PLASMA FUEL CONVERSION AND HYDROGEN PRODUCTION, PLASMA CATALYSIS.<br>Lecture 23. PLASMA ENERGY SYSTEMS: IGNITION AND COMBUSTION, THRUSTERS, HIGH-SPEED AERODYNAMICS, POWER ELECTRONICS, LASERS, AND LIGT SOURCES.<br>Lecture 24. PLASMA IN ENVIRONMENTAL CONTROL: CLEANING OF AIR, EXHAUST GASES, WATER, AND SOIL.<br> <br>Part 4. ORGANIC AND POLYMER PLASMA CHEMISTRY, PLASMA MEDICINE AND AGRICULTURE.<br> <br>Lecture 25. ORGANIC PLASMA CHEMISTRY: SYNTHESIS AND CONVERSION OF ORGANIC MATERIALS AND THEIR COMPOUNDS.<br>Lecture 26. PLASMA POLYMERIZATION, PROCESSING OF POLYMERS, TISSUE ENGINEERING.<br>Lecture 27. PLASMA BIOLOGY: PLASMA INTERECTION WITH CELLS AND LIVING TISSUES.<br>Lecture 28. PLASMA DISINFECTION AND STERILIZATION OF DIFFERENT STREAMS, SURFACES, AND LIVING TISSUES.<br>Lecture 29. PLASMA AGRICULTURE AND FOOD PROCESSING, PLASMA ACTIVATED WATER.<br>Lecture 30. PLASMA MEDICINE: SAFETY AND SELECTIVITY, DEPTH OF PLASMA EFFECT PENETRATION, TISSUE ABLATION, BLOOD COAGULATION AND TREATMENT.<br>Lecture 31. TREATMENT OF WOUNDS, PLASMA DENTISTRY, PLASMA DERMATOLOGY AND COSMETICS.<br>Lecture 32. PLASMA MEDICINE: HEALING OF INTERNAL DISEASES, TREATMENT OF CANCER, PLASMA IMMUNOTHERAPY.<br>