Upload
rana-england
View
27
Download
0
Tags:
Embed Size (px)
DESCRIPTION
Welcome to CRPP - EPF Lausanne ITPA on "Transport physics" and "Confinement, database and modeling” A.Fasoli, on behalf of CRPP Directorate. CRPP. You are here. Switzerland and CRPP-EPFL in fusion. Switzerland is a strong player worldwide in fusion research (5 th country in EU) - PowerPoint PPT Presentation
Citation preview
1
Welcome to CRPP - EPF LausanneWelcome to CRPP - EPF Lausanne
ITPA on ITPA on "Transport physics" and "Confinement, database and "Transport physics" and "Confinement, database and
modeling”modeling”
A.Fasoli, on behalf of CRPP DirectorateA.Fasoli, on behalf of CRPP Directorate
CRPPYou are here
2
Switzerland and CRPP-EPFL in fusionSwitzerland and CRPP-EPFL in fusion
Switzerland is a strong player worldwide in fusion research (5th country in EU)
All fusion activities in Switzerland are conducted by the Centre de
Recherches en Physique des Plasmas (CRPP), Association Euratom-Swiss
Confederation
CRPP is part of School of Basic Sciences of the Swiss Federal Institute of
Technology (EPFL), one of the two federal science and technology Institutes
(~5’000 undergrads, 1’500 grad students, total ~10’000 people)
CRPP has about 160 personnel, including ~40 PhD students
CRPP addresses key physics and technology issues for ITER and DEMO and
has a strong educational role
3
Overview of CRPP activitiesOverview of CRPP activities
Education and Training
FusionReactor
Basicdevice
TCV
GyrotronResearch
ITER
Astrophysics
Technology
JETIFMIF
Industrial plasmas
Industry
PlasmaTheory
EURATOM Associations
Worldwide Labs
4
QuickTime™ and aTIFF (LZW) decompressor
are needed to see this picture.
ITER and JET developments ITER and JET developments
. ITER: Front steering launcher for mode (NTM) stabilisation
ITER: 170GHz, 2MW gyrotron test facility
ITER: Magnetics
JET
• Edge physics, NTMs, density peaking, …
• MHD spectroscopy using CRPP-built antennas QuickTime™ and a
TIFF (LZW) decompressorare needed to see this picture.
5
The Tokamak à Configuration Variable, TCVThe Tokamak à Configuration Variable, TCV
Highest shaping capability Most powerful ECH systems (4.5MW)
TCV mission: Physics for ITER and Demo
• Transport of particles, energy and
momentum in shaped plasmas
• Edge physics
• H-mode physics
• ECH and ECCD physics
• Advanced plasma control
• Advanced tokamak: High performance
steady-state scenarios
R0=0.88m, a<0.25m, BT<1.54T, Ip<1MA
X3
X2
HR
LW ~
E/
L-m
ode
bootstrap current fraction
6
Theory and ModellingTheory and Modelling
First principles modelling of turbulence Interpretation/prediction of experiments Exploration of new 3D configurations Ex. ITGs
TORPEX - Basic plasma physics experimentTORPEX - Basic plasma physics experiment
Turbulence and transport in toroidal plasmas
Industrial plasmasIndustrial plasmas
Process optimisation via a physics understanding in industrial scale reactors
7
SULTAN
1:1 mock-up of EDIPO
Fusion Technology (CRPP groups at the PSI-Fusion Technology (CRPP groups at the PSI-Villigen site)Villigen site)
Superconductor testing
• Support ITER in final design and construction
• Two worldwide unique facilities SULTAN (11T) EDIPO (dipole, 12.5T), being assembled
Materials
• Irradiation damage
• New materials for DEMO
• IFMIF: specimen size and geometry effects
• Main exp. tools: hot lab, hot cells, SINQ
IFMIF
Smallsamples
SINQ target