In recent years, JET diagnostic capability has been significantly improved to widen the range of physical phenomena that can be studied and thus contribute to the understanding of some ITER relevant issues. The most significant results reported in this paper refer to the plasma wall interactions, the interplay between core and edge physics and fast particles. A synergy between new infrared cameras, visible cameras and spectroscopy diagnostics has allowed investigating a series of new aspects of the plasma wall interactions. The power loads on the plasma facing components of JET main chambers have been assessed at steady state and during transient events like ELMs and disruptions. Evidence of filaments in the edge region of the plasma has be...
The European Fusion Development Agreement's mission for JET is the development of ITER scenarios exp...
Since the last IAEA Conference JET has been in operation for one year with a programmatic focus on t...
The JET experimental campaign has focused on studies in support of the ITER physics basis. An overvi...
In recent years, JET diagnostic capability has been significantly improved to widen the range of phy...
Control of the plasma-wall interaction during transient events will be a critical issue in ITER. A n...
Development of multi-channel Doppler spectroscopic measurement system using 8 × 8 multianode photomu...
Since the last IAEA conference, the scientific programme of JET has focused on the qualification of ...
In preparation for ITER, JET has been upgraded with a new ITER-like wall (ILW), whereby the main pla...
In recent years the JET scientific programme has focussed on addressing physics issues essential for...
The European Fusion Development Agreement's mission for JET is the development of ITER scenarios exp...
Since the last IAEA Conference JET has been in operation for one year with a programmatic focus on t...
The JET experimental campaign has focused on studies in support of the ITER physics basis. An overvi...
In recent years, JET diagnostic capability has been significantly improved to widen the range of phy...
Control of the plasma-wall interaction during transient events will be a critical issue in ITER. A n...
Development of multi-channel Doppler spectroscopic measurement system using 8 × 8 multianode photomu...
Since the last IAEA conference, the scientific programme of JET has focused on the qualification of ...
In preparation for ITER, JET has been upgraded with a new ITER-like wall (ILW), whereby the main pla...
In recent years the JET scientific programme has focussed on addressing physics issues essential for...
The European Fusion Development Agreement's mission for JET is the development of ITER scenarios exp...
Since the last IAEA Conference JET has been in operation for one year with a programmatic focus on t...
The JET experimental campaign has focused on studies in support of the ITER physics basis. An overvi...