WEST vacuum vessel
WEST tokamak
JT-60SA tokamak assembly completed
Steady state Tungsten density peaking as a function of the minority temperature anisotropy (top) and associated horizontal asymmetry (bottom) for a typical WEST plasma.
Horizontal and vertical asymmetry parameters for a peaked ion density profile when varying the friction with the main ions (top), and ratio of the radial flow to the theoretical prediction without asymmetry in XTOR and in the model (bottom).
Radial flow with and without poloidal asymmetry, as a function of the impurity charge (left), and in the asymmetry plane (right), for a peaked ion density.
Horizontal and vertical asymmetry parameters for a flat and a peaked ion temperature profile when increasing the friction with the main ions.
Master Fusion - February 2019
Master Fusion - February 2019
Master Fusion - February 2019
Master Fusion - February 2019
Master Fusion - February 2019
REC Rokkasho
REC Rokkasho
REC Rokkasho
REC Rokkasho
REC Rokkasho
Mme Perez, directrice de Capenergies en visite à l'IRFM
WEST inauguration 6th April
WEST inauguration 6th April
WEST inauguration 6th April
WEST inauguration 6th April
WEST inauguration 6th April
Articulated Inspection Arm inside WEST vacuum vessel
ICRH antenna
ICRH antenna
ICRH antenna
ICRH antenna
ICRH antenna
ICRH antenna
ICRH antenna
4th WEST Governing Board meeting
Sunrise in the WEST
Sunrise in the WEST
WEST at ITER Business Forum - Avignon - March 2017
European ITER like plasma Facing Unit mock up
European ITER like plasma Facing Unit mock up
WEST Vacuum Vessel
WEST Vacuum Vessel
WEST Vacuum Vessel
WEST Vacuum Vessel vs Lightpainting
Upper divertor completed
Japanese and Chinese ITER-like divertor components
Japanese ITER-like divertor components
WEST tungsten armored Plasma Facing Unit
Actively coolded upper divertor sector preparation
Plasma Facing Components with Langmuir Probes
Plasma Facing Components with Langmuir Probes
Inside WEST vacuum vessel
Divertor coils in the box