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The author deals with the neutral beam heating of toroidal fusion plasmas. A definition of
toroidal fusion plasmas and neutral beam heating is attempted in the introduction by …

Neutral-beam heating of plasmas in the Tokamak Fusion Test Reactor at low preinjection
densities [ne (0)≃ 10 19 m− 3] were characterized by T e (0)= 6.5 keV, T i (0)= 20 keV, ne …

Tokamak discharges with repetitive pellet fuelling were investigated in the ASDEX divertor
device. The importance of sufficiently high divertor recycling for a high density at the …

Angular momentum confinement has been studied in neutral beam heated limiter and
divertor discharges in Doublet III. Scaling of the angular momentum confinement time with …

The temperature profiles produced by various heating profiles are calculated from local heat
transport models. The models take the heat flux to be the sum of heat diffusion and a non …

A review of the present theoretical understanding of the linear stability of internal m= 1
modes is presented and its connection to phenomena observed in toroidal magnetic …

In general, turbulent transport drives a plasma toward a state of turbulent equipartition, in
which Lagrangian invariants are uniformly distributed. Different invariants decay with …

A tokamak with slightly imperfect magnetic surfaces should have a microscopically
filamented current structure. If so, its equilibrium has an analog in the dynamics of interacting …

Abstract In the Rijnhuizen Tokamak Project steady-state hollow electron temperature (T e)
profiles have been sustained with strong off-axis electron cyclotron heating, creating a …