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Physics Insight from Plasma Shaping of TCV Tokamak Plasmas - focus on Electron Heat Transport

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Physics Insight from Plasma Shaping of TCV Tokamak Plasmas - focus on Electron Heat Transport

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A novel plasma position and shape controller for advanced configuration development on the TCV tokamak

Experimental observations and modelling of intrinsic rotation reversals in tokamaks

Modification of SOL profiles and fluctuations with line-average density and divertor flux expansion in TCV

Fast-ion transport in low density L-mode plasmas at TCV using FIDA spectroscopy and the TRANSP code

Multi-device studies of pedestal physics and confinement in the I-mode regime

Flux-tube and global grid-based gyrokinetic simulations of plasma microturbulence and comparisons with experimental TCV measurements

Development and application of Eulerian and Particle-in-Cell gyrokinetic codes for studying the effect of non-adiabatic passing electron dynamics on microturbulence

Quantitative comparison of electron temperature fluctuations to nonlinear gyrokinetic simulations in C-Mod Ohmic L-mode discharges

Mechanical analyses of the waveguide flange coupling for the first confinement system of the ITER electron cyclotron upper launcher

Resonance between heat-carrying electrons and Langmuir waves in inertial confinement fusion plasmas