- original reference: A. R. Polevoi et al, "ITER confinement and stability modelling", J. Plasma Fusion Res. 5, 82-87 (2002).
- the ITPA EP documentation of this case is accissible for ITPA members and experts available at ITPA EP web-site
- linear stability analysis: S.D. Pinches et al:Energetic ions in ITER plasmas Physics of Plasmas Volume 22, Issue 2
- non-linear analysis by M.Schneller et al: Non-linear Energetic Particle Transport in the Presence of Multiple Alfvenic Waves in ITER Plasma Phys. Control. Fusion 58 014019 (2015) arXiv
- non-linear analysis with LIGKA/HAGIS and ORB5 by T. Hayward-Schneider (PhD thesis, submitted, on request)
- profiles, as given by ASTRA:
ASTRA profile xml file- important information on details of ASTRA file, sign conventions etc:
detailed info file- geqdsk-file :
geqdsk file- important note: the xml q-profile data is not reliable (fast eq solver in ASTRA). Please use the q-profile given in eqdsk file.
- presently there is no detailed F-NBI available, just the moments density and NB beta (see xml file)
-typically, D,T, He ash and energetic alpha particles should be considered. Also Be impurities play a role.
- some additional resources:
*sensitivity analysis *local solutions: gif Re(kinetic spectrum) *local solutions: gif Im(kinetic spectrum)