| Topic 1: Introduction to fusion |
Future energy and the role for fusion
D. Ward
741 kB |
Fusion and the characteristics of fusion power plants
D. Ward
2129 kB |
Basic physics of a tokamak
D. Ward
1154 kB |
| Topic 2: Introduction to plasma physics |
Main plasma phenomena
J. Johner
1905 kB |
Plasma-wall interactions
B. Pégourié
5012 kB |
| Topic 3: Plasma heating technology and plasma diagnostics |
Plasma waves and plasma heating
H. Laqua
3926 kB |
Wendelstein 7-X
H. Laqua
7894 kB |
Plasma diagnostics in fusion devices
S. Hacquin
4188 kB |
Introduction to neutral beam injection technology
I. Day
4881 kB |
ECRH upper port plugs and diamond window technology
D. Strauß
2646 kB |
ECRH upper port plugs and diamond window technology
S. Schreck
2510 kB |
ECRH upper port plugs and diamond window technology
A. Vaccaro
8069 kB |
| Topic 4: Materials development for fusion reactors |
Structure and texture of metallic solids
M.Rieth
2925 kB |
High temperature materials
M. Rieth
4162 kB |
Interaction of neutron radiation and fusion materials
M. Rieth
2359 kB |
| Topic 5: Neutronics and activation analysis |
Fusion neutronics - methods, data, applications- Lecture I
U. Fischer
708 kB |
Fusion neutronics - methods, data, applications- Lecture II
U. Fischer
1925 kB |
Fusion neutronics - methods, data, applications- Lecture III
U. Fischer
646 kB |
| Topic 6: Divertors |
Divertors
P. Norajitra
14797 kB |
Manufacturing processes for High Heat Flux Components
E. Visca
1850 kB |
Fabrication of divertor cassettes for ITER
G. P. Sanguinetti
2334 kB |
Design, manufacturing and operation of water cooled Plasma facing components
R. Mitteau
10470 kB |
| Topic 7: Blanket |
Basics of breeding blanket technology
F. Cismondi
3140 kB |
Solid breeder blanket
F. Cismondi
11170 kB |
Liquid metal blanket
I. Ricapito
2289 kB |
Magnetohydrodynamics of liquid metals
L. Bühler
8084 kB |
| Topic 8: Safety analysis |
General safety analysis approach and techniques
M. T. Porfiri
1824 kB |
| Social Event |
D. Radloff
878 kB |
| Topic 10: The fuel cycle of a fusion reactor |
Introduction to fuel cycle for fusion reactor Part 1
B. Bornschein
1067 kB |
Introduction to fuel cycle for fusion reactor Part 2
B. Bornschein
1163 kB |
Vacuum pumping systems
C. Day
3728 kB |
ITER fuelling system
S. Maruyama
7952 kB |
| Topic 11: Technology of magnetic confinement |
Superconductivity and magnet technology
W. Fietz
4380 kB |
Cryogenics
H. Neumann
1024 kB |
Structural materials at cryogenic temperatures
K.-P. Weiss
4718 kB |
High temperature superconductivity
S. Schlachter
7634 kB |
Manufacturing of superconducting magnets
W. Walter
10623 kB |
The economic, safety and environmental attributes of fusion power plants
R. Pampin-Garcia
838 kB |
| Topic 12: Remote handling, maintenance scheme |
ITER remote handling concepts
E. Bogusch
2842 kB |
Assembling of Tokamak components
E. Bogusch
1750 kB |
Remote handling maintenance scheme
D. Keller
20327 kB |
| Topic 9: Socioeconomics, Safety and Waste |
The Engineering of JET
T. Todd
16560 kB |
| Topic 13: Operating and planned facilities |
DEMO and the route to fusion power(part 1+2)
D. Stork
9743 kB |
Tore Supra
J. Bucalossi
14204 kB |
JT 60 SA
J. Bucalossi
11000 kB |
ITER
A. Foussat
14982 kB |
Group picture
1217 kB |
