Conveners
Oral session 10 - Energetic particles: O10
- Chair: Yevgen Kazakov
Advanced transport models for energetic particles
Ph. Lauber 1, M. Falessi 2, A. Biancalani 3, A. Bottino 1, S. Briguglio 2, N. Carlevaro 2, V. Fusco 2,T. Hayward-Schneider 1, F. Holderied 1, A. Könies 4, Y. Li 2,6,Y.-Y. Li2 ,5,6, G. Meng 1, A. V. Milovanov 2, G. Montani 2, V.-A. Popa 1, S. Possanner 1, G. Vlad 2, X. Wang 1, M. Weiland 1, A. Zocco 4, F. Zonca 2
1 Max-Planck-Institut...
In this contribution, we introduce the formulation of a self-consistent transport theory, based on the evolution of the renormalized plasma equilibrium in the presence of a finite level of electromagnetic fluctuations, which we call the zonal state (ZS). This formulation involves the derivation of the nonlinear equations for 1) the PSZS that are phase space structures undamped by collisionless...
Recent experiments using the 3-ion ICRH heating scheme [Kazakov NF 2015] have been successful at generating substantial populations of MeV range fast ions in the deep core of JET, mimicking the effect of fusion-born alpha particles in future burning plasmas. We analyze an ICRH heated L-mode in which fast ions destabilized a wide range of Alfvén eigenmodes (AEs) as observed using magnetics,...
