FYSS6360 Plasma Physics (5 cr)
Description
definition of plasma and plasma conditions
magnetic confinement and plasma drifts; collisions in plasmas
particle distributions and reaction rates in low temperature plasmas
basics of magnetohydrodynamics
plasma waves, electromagnetic waves in plasmas
formation and typical diagnostics of laboratory plasmas
Learning outcomes
At the end of this course, students will be able to
explain the meaning of plasma conditions and use single particle approach to characterize plasma confinement and drifts
list collision processes and calculate corresponding rate coefficients as well as explain the role of distribution functions in the description of plasma processes
distinguish the benefits and limitations of kinetic and magnetohydrodynamic plasma descriptions
classify plasma waves and describe the interactions mechanisms of electromagnetic radiation and plasmas
explain the formation of laboratory plasmas and describe methods to sustain them as well as analyze signals of typical plasma diagnostics methods
Description of prerequisites
FYSA2010 Electromagnetism
fundamentals of atom and molecular physics, quantization of electron energy states, ionization, excitation and discharge of electron energy states.
Study materials
Literature
- R.J. Goldston and P.H. Rutherford, Introduction to plasma physics, ISBN: 0 7503 0325 5 (tai uudempi)
Completion methods
Method 1
Teaching (5 cr)
Lectures, exercises, experimental assignments and reports based on the assignments.