par Van Eester, Dirk;Louis, Yves 
;Lamalle, Ph.;Koch, Raymond
Référence Physics letters. A, 218, 1-2, page (70-79)
Publication Publié, 1996
;Lamalle, Ph.;Koch, RaymondRéférence Physics letters. A, 218, 1-2, page (70-79)
Publication Publié, 1996
Article révisé par les pairs
| Résumé : | Wave-particle decorrelation mechanisms affect the ICRF heating efficiency. Depending on the relative magnitude of the bounce and decorrelation times, three regimes are distinguished. When the decorrelation is due to collisions, these three regimes roughly correspond to thermal, a and RF induced tail particles, respectively. Heating efficiencies may be significantly lower than predicted by models assuming uncorrelated resonance crossings; this has an immediate bearing on superadiabatic α particles which will then absorb less ICRH power. |
