Speaker
Dr
Joao Figueiredo
(EuFusionUk and PtIPFN)
Description
JET upcoming deuterium-tritium campaign, DTE2, is scheduled to take place before the end of 2020. From a point of view of diagnostics developments, for many years JET diagnostics have been upgraded in order to provide adequate support for the scientific exploitation of a D-T campaign, with particular attention to the experimental and operational conditions expected during deuterium-tritium campaigns. Diagnostic capabilities relevant for burning plasmas conditions have been specifically targeted with the focus mainly on fast ions, instabilities, neutron, gamma, ion temperature and operations support. JET diagnostic capabilities and obtained experimental results relevant for the scientific exploitation of the upcoming DT operations are discussed.
This work has been carried out within the framework of the EUROfusion Consortium and has received funding from the Euratom research and training programme 2014-2018 under grant agreement No 633053. The views and opinions expressed herein do not necessarily reflect those of the European Commission.
| Country or International Organization | Portugal |
|---|---|
| Paper Number | FIP/P7-42 |
Primary author
Dr
Joao Figueiredo
(EuFusionUk and PtIPFN)
Co-authors
Dr
Andrea Murari
(EuFusionUk and ItRFX)
Dr
Antonio Silva
(PtIPFN)
Dr
Balázs Tál
(HuWigner)
Dr
Daniele Marocco
(ItENEAFSN)
Dr
Francesco Belli
(ItENEAFSN)
Dr
Itziar Balboa
(UkCCFE)
Dr
Ivo Carvalho
(PtIPFN)
Dr
Izabella Zychor
(PoNCBJ)
Dr
Joao Bernardo
(PtIPFN and JET Exploitation Unit, UkCSC)
Dr
Manuel Garcia-Munoz
(EsUSeville)
Dr
Marco Tardocchi
(ItIFP)
Dr
Nick Hawkes
(UkCCFE)
Dr
Patrick Blanchard
(ChCRPP)
Dr
Perez Von Thun Christian
(EuFusionUk and DeFJ)
Dr
Teddy Craciunescu
(RoINFLPR)
Dr
Vasili Kiptily
(UkCCFE)
