| Topic 1: Introduction to fusion |
Future energy and the role for fusion
D. Ward
551 KB |
Fusion and the characteristics of fusion power plants
D. Ward
1100 KB |
| Topic 2: Introduction to plasma physics |
Basic physics of a tokamak
D. Ward
1927 KB |
Plasma-wall interactions
R. Reichle
6459 KB |
main plasma phenomena
J. Johner
924 KB |
DEMO plasma physics with continuous operation
J. Johner
1754 KB |
| Topic 3: Plasma heating technology |
Plasma waves and plasma heating
H.-P. Laqua
2963 KB |
Gyrotrons
G. Dammertz
5116 KB |
Introduction to neutral beam injection technology
E. Surrey
1550 KB |
| Topic 4: Plasma Diagnostics |
Plasma diagnostics in fusion devices
S. Hacquin
2939 KB |
Challenges of ITER diagnostics
S. Hacquin
1072 KB |
| Topic 5: Technology of magnetic confinement |
Superconductivity and magnet technology
W. Fietz
3820 KB |
Cryogenics
H. Neumann
7155 KB |
Structural materials at cryogenic temperatures
K-P. Weiss
3944 KB |
High temperature superconductivity
S. Schlachter
4604 KB |
Manufacturing of superconducting magnets
M. Borlein
1932 KB |
| Topic 6: Blanket and divertor |
Basics of breeding blanket technology
T. Ihli
2008 KB |
Solid breeder blanket
T. Ihli
5958 KB |
Liquid metal blanket
T. Ihli
3011 KB |
Magnetohydrodynamics of liquid metals
L. Bühler
3642 KB |
Blanket fabrication technology
E. Bogusch
1875 KB |
Divertors
T. Ihli
9412 KB |
Reactor integration and energy conversion
T. Ihli
14169 KB |
| Topic 7: Neutronics and activation analyses |
Fusion neutronics - methods, data, applications- Lecture I
U. Fischer
2628 KB |
Fusion neutronics - methods, data, applications- Lecture II
U. Fischer
2854 KB |
Activation of materials (nuclear data and modelling)
R. Forrest
2368 KB |
| Topic 8: Materials development for fusion reactors |
Structure and texture of metallic solids
M. Rieth
2660 KB |
High temperature materials
M. Rieth
4045 KB |
Interaction of neutron radiation and fusion materials
M. Rieth
2763 KB |
Modelling of radiation damages of structural materials in fusion reactors
L. Malerba
6685 KB |
| Topic 9: The fuel cycle of a fusion reactor |
Introduction to fuel cycle requirements
Systems of the inner part of the fuel cycle (storage, exhaust gas (processing, isotope separation, detritiation and analytic)
Outer part of the fuel cycle (tritium extraction and recovery)
M. Glugla
12600 KB |
Vacuum pumping, regeneration and transfer pumps
C. Day
6065 KB |
ITER fuelling system
S. Maruyama
2387 KB |
| Topic 10: Remote handling, maintenance scheme |
Remote handling maintenance scheme
J.-P. Martins
13233 KB |
ITER remote handling concepts
E. Bogusch
1346 KB |
| Topic 11: Socioeconomics, safety and waste |
The economic, safety and environmental attributes of fusion power plants
I. Cook
1409 KB |
| Topic 12: Operating and planned facilities |
DEMO and the route to fusion power
I. Cook
734 KB |
Joint European Torus (JET) tokamak
T. Todd
7653 KB |
Tore Supra
J. Bucalossi
8553 KB |
The stellarator facility Wendelstein 7-X
H.-P. Laqua
9590 KB |
ITER
J. Knaster
7755 KB |
JT 60 SA
J. Bucalossi
9678 KB |
Group picture
903 KB |
