MHD and Energetic Particles
5th Iter International Summer School
American Institute of Physics (Publisher)
1st Edition
Published on 26. January 2013
Book
Hardback
162 pages
978-0-7354-1087-9 (ISBN)
Description
This school aims at preparing young researchers to tackle the current and anticipated challenges at magnetic fusion devices, and spreading the global knowledge required for a timely and competent exploitation of the ITER physics potential. The 5th edition is an overview of MHD interacting with energetic particles issues, with regard to ITER project.
More details
Series
Edition
1., 2013
Language
English
Place of publication
New York
United States
Target group
College/higher education
Professional and scholarly
Research
Illustrations
Illustrations
ISBN-13
978-0-7354-1087-9 (9780735410879)
Schweitzer Classification
Persons
Foreword: MHD and Energetic Particles.- Excitation of Alfvén modes by energetic particles in magnetic fusion.- Transport of fast particles in turbulent fields.- Overview of nonlinear kinetic instabilities.- Extension of conventional MHD equilibrium theory to model the fast particle effects.- Mode particle resonance in toroidal fusion devices.- Elementary processes underlying alpha channeling in tokamaks.- Fast particle effects and microturbulence: Stability, transport and size scaling.- Energetic-particle-driven global instabilities in helical plasmas and comparison with tokamak plasmas.- Characterization of energetic particle driven modes by spectral analysis in Tore Supra and FTU tokamaks.- Nonlinear simulations of Alfvén eigenmodes destabilized by energetic particles.
Content
Foreword: MHD and Energetic Particles.- Excitation of Alfvén modes by energetic particles in magnetic fusion.- Transport of fast particles in turbulent fields.- Overview of nonlinear kinetic instabilities.- Extension of conventional MHD equilibrium theory to model the fast particle effects.- Mode particle resonance in toroidal fusion devices.- Elementary processes underlying alpha channeling in tokamaks.- Fast particle effects and microturbulence: Stability, transport and size scaling.- Energetic-particle-driven global instabilities in helical plasmas and comparison with tokamak plasmas.- Characterization of energetic particle driven modes by spectral analysis in Tore Supra and FTU tokamaks.- Nonlinear simulations of Alfvén eigenmodes destabilized by energetic particles.