Publications by Ge Zhuang | EPFL Graph Search

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On the Tokamak a Configuration Variable (TCV), electron internal transport barriers (eITBs) can be formed during a gradual evolution from a centrally peaked to a hollow current profile while all external actuators are held constant. The formation occurs ra ...

Improvement of the spatial resolution of the TCV Thomson scattering system has permitted measurements of the pedestal height and gradient of electron density and temperature profiles near; the plasma boundary during ELMy H-mode. Measured profiles were fitt ...

Deposition of electron cyclotron waves at high-power densities for heating and current drive in a tokamak plasma generates a population of fast electrons and therefore the velocity distribution of the electron population will deviate from a Maxwellian. Apa ...

Electron heat transport experiments are performed in L-mode discharges at various plasma triangularities, using radially localized electron cyclotron heating to vary independently both the electron temperature T-e and the normalized electron temperature gr ...

The impact of plasma shaping on electron heat transport is investigated in TCV L-mode plasmas. The study is motivated by the observation of an increase in the energy confinement time with decreasing plasma triangularity which may not be explained by a chan ...

Important ingredients of the advanced-tokamak route to fusion have been explored in depth in the Tokamak a Configuration Variable [F. Hofmann, J. B. Lister, M. Anton , Plasma Phys. Controlled Fusion 36, B277 (1994)] over the past two years. Using a uniquel ...

Ge Zhuang

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Safety factor profile requirements for electron ITB formation in TCV

Edge profiles of electron temperature and density during ELMy H-mode in ohmically heated TCV plasmas

Influence of non-Maxwellian velocity distributions during ECRH and ECCD on electron temperature measurements by Thomson scattering

Electron heat transport in shaped TCV L-mode plasmas

Impact of plasma triangularity and collisionality on electron heat transport in TCV L-mode plasmas

High-bootstrap, noninductively sustained electron internal transport barriers in the Tokamak a Configuration Variable

Impact of Plasma Shaping on Electron Heat Transport in TCV L-mode Plasmas at Various Collisionalities

Electron heat transport dependence on plasma shape and collisionality in EC heated L-mode TCV plasmas

Physics of steady-state electron internal transport barriers on TCV

Influence of ELMs on Edge Temperature and Density Profiles in TCV

MHD detrimental effect on the confinement during flat-top eITB plasmas on TCV

MHD detrimental effect on the confinement during flat-top eITB plasmas on TCV