ITER Organization
Author in the following contributions
- JOREK contributions to the predictive understanding of transient phenomena in future tokamaks and stellarators
- CHANGE OF WALL MATERIAL FROM BERYLLIUM TO TUNGSTEN IN THE NEW ITER BASELINE: PHYSICS BASIS, IMPLICATIONS FOR RESEARCH PLAN AND WALL DESIGNS FOR ITS OPERATIONAL PHASES
- THE 2024 NEW BASELINE ITER RESEARCH PLAN
- [REGULAR POSTER TWIN] CHANGE OF WALL MATERIAL FROM BERYLLIUM TO TUNGSTEN IN THE NEW ITER BASELINE: PHYSICS BASIS, IMPLICATIONS FOR RESEARCH PLAN AND WALL DESIGNS FOR ITS OPERATIONAL PHASES
- [REGULAR POSTER TWIN] THE 2024 NEW BASELINE ITER RESEARCH PLAN
- [REGULAR POSTER TWIN] Integrated Modelling activities in support of the ITER re-baseline
- ITER DISRUPTION MITIGATION SYSTEM DESIGN AND APPLICATION STRATEGY
- [REGULAR TWIN POSTER] ITER DISRUPTION MITIGATION SYSTEM DESIGN AND APPLICATION STRATEGY
- JOREK simulation of injection assimilation and radiation asymmetry during ITER H-mode dual SPIs
- [REGULAR TWIN POSTER] JOREK simulation of injection assimilation and radiation asymmetry during ITER H-mode dual SPIs
- Experimental analyses and numerical modelling of trace neon shattered pellet injection discharges on JET
- Runaway electron avalanche and energy deposition during scraping-off of vertically unstable disruption generated runaway beams
- 3D MODELLING OF THERMAL LOADS DURING UNMITIGATED VERTICAL DISPLACEMENT EVENTS IN ITER AND JET
- Integrated Modelling activities in support of the ITER re-baseline
