Prime pagine RA2010FUS:Copia di Layout 1 - ENEA - Fusione
Prime pagine RA2010FUS:Copia di Layout 1 - ENEA - Fusione
Prime pagine RA2010FUS:Copia di Layout 1 - ENEA - Fusione
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Contents<br />
006 Preface<br />
008 Anniversary<br />
010 Magnetic Confinement<br />
010 Introduction<br />
011 FTU Facility<br />
011 Summary of the machine operation<br />
013 FTU Experimental Activity<br />
013 Lower hybrid<br />
016 Alfvén eigenmodes: modeling, experimental results<br />
and future plans<br />
017 Electron cyclotron<br />
021 Liquid lithium experiments<br />
023 Diagnostic developments<br />
029 Plasma–wall interaction<br />
Euratom–<strong>ENEA</strong><br />
Association<br />
2010annual<br />
fusion<br />
activities<br />
030 Plasma Theory<br />
030 Alfvén modes in the presence of a magnetic island<br />
031 Nonlocal theory of energetic–particle–induced<br />
geodesic acoustic mode<br />
032 Kinetic structures of shear Alfvén and acoustic wave<br />
spectra in burning plasmas<br />
032 ITPA benchmarking activity using HMGC<br />
033 TAE eigenfunctions for ITER magnetic <strong>di</strong>agnostics<br />
033 ITM–TF activities<br />
033 The new hybrid MHD–gyrokinetic code: HYMAGYC<br />
034 Applications and further implementation of the<br />
eXtended HMGC hybrid code<br />
035 Parametric form of equilibrium particle <strong>di</strong>stribution<br />
functions for implementations in HMGC<br />
035 Design of energetic particle equilibrium <strong>di</strong>stribution<br />
functions<br />
036 A new model for self–organized critical dynamics, with<br />
implication of the fishbone–like instability cycle<br />
037 Asymptotic techniques in the study of the propagation<br />
of high frequency (lower hybrid range) electromagnetic<br />
waves<br />
037 Analytical and numerical stu<strong>di</strong>es of the cold<br />
electromagnetic LH wave equation in the mode<br />
conversion regimev<br />
037 Hamiltonian perturbation theory in studying the LH<br />
wave propagation in burning plasmas<br />
038 The propagation and absorption of lower hybrid<br />
waves in H–mode plasma with very sharp density<br />
gra<strong>di</strong>ent at the pedestal<br />
038 Tritium minority heating with mode conversion of fast<br />
waves<br />
038 Stellar winds or matter–jet seeds from <strong>di</strong>sk plasma<br />
configuration