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(EX/W-D) Discussion of Session EX/W & TH/7
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(CT/P-01) Studies of ELM Heat Load, SOL Flow
Session CT/P - ITER
Subsections
(CT/P-01) Studies of ELM Heat Load, SOL Flow and Carbon Erosion from Existing Tokamak Experiments, and their Predictions to ITER
(CT/P-02) A Two-term Model of the Confinement in ELMy H-modes Using the Global Confinement and Pedestal Databases
(CT/P-03) Comparison of ITER Performance Predicted by Empirical, Semi-empirical and Theory-based Transport Models
(CT/P-04) Multi-Machine Global Confinement and H-mode Threshold Analysis
(CT/P-05) Increased Understanding of the Dynamics and Transport in ITB Plasmas from Multi-Machine Comparisons
(CT/P-06) Collective Modes and Fast Particle Confinement in ITER
(CT/P-07) ITER Divertor Plasma Modelling with Consistent Core-Edge Parameters
(CT/P-08) Possibility of Q
5 Stable Steady-state Operation in ITER with Moderate
and H-factor
(CT/P-09) Pellet Injection as a Possible Tool for Plasma Performance Improvement
(CT/P-10) Physics R&D in Support of ITER/BPX Diagnostic Development
(CT/P-11) Irradiation Test of Diagnostic Components for ITER Application in a Fission Reactor, Japan Materials Testing Reactor
(CT/P-12) Analytical Study of RWM Feedback Stabilisation with Application to ITER
(CT/P-13) Implications of ITER Requirements on R&D of RF Heating and Current Drive Systems
(CT/P-14) Testing of the Toroidal Field Model Coil
(CT/P-15) Technology Transfer from Laboratory to Industry for Fabrication of Large Superconducting Coil Joints
(CT/P-16) Recent Results from Superconductor R&D at CRPP
(CT/P-17) An Overview of Results in the ITER Generic Site Safety Report (GSSR)
IAEA 2003
5 Stable Steady-state Operation in ITER with Moderate
and H-factor