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(TH/P1-21) The Minimum Dissipation States for Tokamaks
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(TH/P2-01) Theoretical Investigation of Field-Line Quality in a
Session TH/P2 - Stability and Divertors
Subsections
(TH/P2-01) Theoretical Investigation of Field-Line Quality in a Driven Spheromak
(TH/P2-02) Effect of Beta and Collisionality on the Vacuum Magnetic Field Islands in Stellarators
(TH/P2-03) Geometrical Improvements of Rotational Stabilization of High-n Ballooning Modes in Tokamaks
(TH/P2-04) Dissipative Drift Ballooning Instabilities in Tokamak Plasmas
(TH/P2-05) Nonlinear MHD Dynamics of Tokamak Plasmas on Multiple Time Scales
(TH/P2-06) Long-Wavelength Instability of Periodic Flows and Whistler Waves in Electron Magnetohydrodynamics
(TH/P2-08) Two-Fluid and Nonlinear Effects of Tearing and Pressure-Driven Resistive Modes in Reversed Field Pinches
(TH/P2-09) Kelvin-Helmholtz Instability and Kinetic Internal Kink Modes in Tokamaks
(TH/P2-10) MHD Equilibrium and Pressure Driven Instability in L=1 Heliotron Plasmas
(TH/P2-11) Profile Relaxation and Tilt Instability in a Field-Reversed Configuration
(TH/P2-12) Nonlinear MHD and Energetic Particle Modes in Stellarators
(TH/P2-13) Further Developments of the Edge Transport Simulation Package, SOLPS
(TH/P2-14) Theoretical Analysis of Long Range Turbulent Transport in the Scrape-Off-Layer
(TH/P2-15) High Mach Flow Associated with Plasma Detachment in JT-60U
(TH/P2-16) Strategies in Edge Plasma Simulation Using Adaptive Dynamic Nodalisation Techniques
IAEA 2003
