Milton Kayama and : Konstantin G. Kostov
Faculdade de Engenharia de Guaratinguetá – UNESP
Duração: 8 h
Dias: 09/10/2016 (domingo)
Das 8:00 às 12:00 e das 14:00 às 18:00
Conteúdo: Definition of plasma; Gases and atomic processes; Kinetic theory, Vlassov equation, Maxwell‘s equations, magnetized fluid equation; Particle motion in magnetic field, particle drifts; Debye shielding, plasma oscillation, collision and diffusion in weakly ionized plasma; Electron plasma waves, ion waves, dispersion relation, electromagnetic waves in plasma; Bohm sheath criterion, sheath characteristics, Langmuir probes; Basic properties of plasmas at atmospheric pressure; Pashen curves, filamentation, basic atomic processes at high pressure, non-equilibrium plasmas; Warm plasmas: arc discharge, gliding arc, applications; Non-thermal Plasmas: corona discharge, basic properties, applications; Dielectric barrier discharge (DBD); Properties, electrical characterization; Applications: surface funcionalization, pollution control, light sources, ozone generation, bio-medical applications; Cold plasma jet:Principle of operation, Classification of plasma jets; Characterization of plasma jets (electrical and optical); Interaction of plasma jets with solid surface. Basic atomic processes; Plasma jets in contact with liquids; Applications in plasma medicine, food industry.