Gyrokinetic simulations of shaping effects on turbulent heat and particle transport observed on the TCV tokamak

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The present study demonstrates an alternative approach for describing ﬂuid ﬂow characteristics very close to the wall, using locally resolved convective heat transfer experiments. Heat transfer coefﬁcients on the base surface and around a surface mounted v ...

We present the real-time VME system used to detect and track MHD instabilities, and particularly Alfven Eigenmodes, on the JET tokamak [J.Wesson, Tokamaks, 3rd ed., Oxford Science Publication, Oxford, 2003, p.617]. This system runs on a 1 kHz clock cycle, ...

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Electron internal transport barriers (eITBs) are obtained in TCV with different heating and current drive schemes. They are sustained in steady-state conditions for several energy confinement and current redistribution times. In these scenarios, the densit ...

Gyrokinetic simulations of shaping effects on turbulent heat and particle transport observed on the TCV tokamak

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Predictive modeling of Alfvén eigenmode stability in inductive scenarios in JT-60SA

JET D-T scenario with optimized non-thermal fusion

Improved heat and particle flux mitigation in high core confinement, baffled, alternative divertor configurations in the TCV tokamak

A new set of analytical formulae for the computation of the bootstrap current and the neoclassical conductivity in tokamaks

Inter-Layer Joint for the TF Coils of DEMO-Design and Test Results

A method to visualise near wall fluid flow patterns using locally resolved convective heat transfer experiments

The JET Alfven Eigenmode Local Manager for the real-time detection and tracking of a frequency-degenerate spectrum of MHD instabilities

Fast polarizers installation for ECRH and ECE in TCV

Inward thermodiffusive particle pinch in electron internal transport barriers in TCV