Van Kampen – Theoretical methods in plasma physics
Libro adottato a Politecnico di Milano, a.a. 2026/2027 · 4 canali
«Van Kampen – Theoretical methods in plasma physics» è adottato per Plasma Physics I+II dal prof. Matteo Passoni (Engineering Physics, Nuclear Engineering – Politecnico di Milano); per Plasma Physics I dal prof. Matteo Passoni (Materials Engineering and Nanotechnology – Politecnico di Milano); per Plasma Physics dal prof. Matteo Passoni (Mathematical Engineering – Politecnico di Milano).
Argomenti del programma: The topics are organised to make explicit the progression from the electrodynamic and single-particle foundations to kinetic, multifluid and magnetohydrodynamic descriptions. They are not intended as independent chapters or as a hierarchy of increasingly accurate models: each description is discussed with reference to the information it retains, the assumptions on which it relies and its range of validity.
Argomenti del programma: The topics are organised to make explicit the progression from the electrodynamic and single-particle foundations to kinetic, multifluid and magnetohydrodynamic descriptions. They are not intended as independent chapters or as a hierarchy of increasingly accurate models: each description is discussed with reference to the information it retains, the assumptions on which it relies and its range of validity.
Argomenti del programma: The topics are organised to make explicit the progression from the electrodynamic and single-particle foundations to kinetic, multifluid and magnetohydrodynamic descriptions. They are not intended as independent chapters or as a hierarchy of increasingly accurate models: each description is discussed with reference to the information it retains, the assumptions on which it relies and its range of validity.
Argomenti del programma: The topics are organised to make explicit the progression from the electrodynamic and single-particle foundations to kinetic, multifluid and magnetohydrodynamic descriptions. They are not intended as independent chapters or as a hierarchy of increasingly accurate models: each description is discussed with reference to the information it retains, the assumptions on which it relies and its range of validity.
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