MAGNETIC FUSION
The main principles
Introduction
1 - Diversifying energy sources
2 - From renewable to nuclear power
3 - Fusion reactions
4 - From the stars to the Earth
5 - Confinement and magnetic bottles
6 - The creation of plasma current
7 - Stabilising plasma
8 - Heating plasma
9 - The main results
10 - From experimental devices to a reactor
Fusion physics
1 - Introduction: principles
2 - Energy balance, Lawson's criterion
3 - Magnetic confinement
4 - Heating and current drive
5 - Plasma wall interaction
6 - Long pulses
7 - Diagnostics
8 - A common day in the life of Tore Supra
Integrated Modelling
History of fusion
Fusion and Safety
Fusion and Economics
Spin-offs
An international activity
ITER, the next step
Cadarache, site for ITER
Tore Supra
Description,...,results
1 - Overall presentation
2 - Cross section of Tore Supra
3 - The main features of Tore Supra
4 - Extracting power
5 - The CIMES project
6 - The main results
Media library
Photo Gallery
Movie Gallery
CEA activities: ITER & future reactor
Plasma facing components
Tritium breeding blankets
Structural materials
The magnet system
Heating technology
Robotics
Safety
CEA participation in JET
Participation of the CEA in JET
For further information
Frequently Asked Questions
Frequently Asked Questions
What's new
What's new
Archives : 2001-2002
Site News
Site News
Students pages
Thesis at IRFM (Fr)
Euratom training on magnets
Euratom training on PFC
Euratom training on ITER Engineering
Euratom training on project managmt
Master Sciences de la Fusion (Fr)
FZK summer school
Conferences, other links
Conferences
SSO 2013
Tritium 2013
Achieved conferences
European Union
Euratom Associations
The main devices
ITER
Educational websites
The main principles
Integrated Modelling