Carolus Magnus Summer School on plasma and fusion energy physics

Talks and posters CMSS 2009

CMSS 2009 lectures are downloadable here as PDF or PPT documents. For copyright reasons, the documents are password protected. As a participant of CMSS 2009, you may ask for a password by sending an email to r.p.schorn@fz-juelich.de.

	Title	Lecturer	Code

Evening lectures

	Astrophysics: Space weather	Jacobs	EL1
	Plasmas in Hollywood	von Keudell	EL2

Introduction

	Energy for future centuries – Prospects for fusion power as a future energy source	Ongena, Van Oost	IN1
	Thermonuclear burn criteria	Van Oost	IN2
	The European Fusion Programme	Bartlett	IN3

Fusion machines

	Fusion machines	Van Schoor	FM1,2
	Stellarators	Hartmannn	FM3,4
	‘How to Fly a Tokamak?’ – Jülich visit lecture	de Baar	FM5

Kinetic theory

	Guiding centre motion	de Blank	BT1,2
	Plasma kinetic theory	Weyssow	KT1,2
	Kinetic theory of plasma waves	Lerche Van Eester	KW1 KW2
	Modelling particle heating and current drive in tokamaks adopting standard numerical techniques	Van Eester	KW3

Equilibrium and instabilities

	Plasma equilibrium in tokamaks	de Blank	EI1
	MHD instabilities in tokamaks	de Blank	EI2
	Numerical Magnetohydrodynamics	Keppens	EI3
	Operational limits and limiting instabilities in tokamak machines	Koslowski	EI4
	MHD & Fast Particle Effects	Sharapov	EI5
	Neoclassical tearing modes	Wilson	EI6
	Edge localised modes in tokamaks	Wilson	EI7

Plasma heating and current drive

	Fast particle heating	Koch	HC1
	The coupling of electromagnetic power to plasmas	Koch	HC2
	The ion cyclotron, lower hybrid and Alfvén wave heating methods	Koch	HC3
	Electron cyclotron waves	Westerhof	HC4
	Current drive	Westerhof	HC5
	Antenna design and matching issues	Dumortier	HC6

Edge plasma physics and plasma-wall interaction

	Plasma-wall interaction in magnetically confined fusion plasmas	Samm	EP1,2
	Transport processes in the plasma edge	Unterberg	EP3,4
	Impurity transport and radiation	Tokar	EP5
	Stochastic boundary plasmas – basics and applications	Tokar	EP6
	Erosion and deposition mechanisms in fusion plasmas	Kirschner	EP7,8
	High heat flux performance of plasma facing materials and components under service conditions in future fusion reactors	Linke	EP9
	Recycling and transport of neutrals	Reiter	EP10,11
	Laboratory experiments and devices to study plasma surface interaction	van Rooij	EP12

Transport theory

	Classical transport in a plasma	Weyssow	TT1
	Neoclassical transport properties of tokamak plasmas	Weyssow	TT2

Anomalous transport

	Degraded confinement and turbulence in tokamak experiments	Hogeweij	AT1,2
	Transport studies using perturbative techniques	Hogeweij	AT3
	Introduction to drift wave turbulence modelling	Garbet	AT4,5,6
	Radial electric fields and their importance for improved confinement: experimental results	Crombé	AT7
	Numerical transport codes	Ongena	AT8

Diagnostics

	Plasma diagnostics in view of ITER	Donné	DI1
	Advanced probe edge diagnostics for fusion devices	Van Oost	DI2
	Microwave and far infrared diagnostics	Krämer-Flecken	DI3
	Spectroscopy	Jaspers	DI4
	Atomic beams	Schweer	DI5
	Diagnostics for erosion and deposition processes in fusion plasmas	van Rooij	DI6
	Fusion Product Diagnostics	Kiptily	DI7

Fusion reactor issues

	Overview of tokamak results	Wolf	SF1
	Heating, confinement and extrapolation to reactors	Ongena	SF2
	Structure materials in fusion reactors: Issues related to tritium, radioactivity and radiation-induced effects	Rubel	SF3
	Challenges of the ITER project	Putvinski	ITER1