This paper reviews the energetic particle (EP) experiments during electron cyclotron
resonance heating (ECRH) and neutral beam injection in the HL-2A tokamak. A number of …

New findings in study of geodesic acoustic modes (GAMs) on the T-10 tokamak since the
last IAEA FEC 2014 are described. The broadband fluctuations of potential φ and electron …

Electric field Ε or electric potential φ plays a key role in the transport and turbulence of
toroidal plasmas. It is believed that mean radial E r suppresses the turbulence eddies via E× …

Transition to an all-metal wall was realized on T-10 by replacement of graphite limiters with
tungsten ones. Light impurity levels remained high and W accumulation in the plasma core …

Geodesic acoustic modes, Alfvén eigenmodes, stationary and oscillating components of the
electric field, and their relations to plasma confinement have been studied. Theoretical …

Advanced heavy ion beam probe (HIBP) operates on the T-10 tokamak with 20–130 μ AT l+
beam accelerated up to 330 keV. The HIBP has a unique capability to measure the mean …

Local fluctuations of electrostatic potential, poloidal electric field, magnetic potential and
electron density are simultaneously measured in the T-10 tokamak by a heavy ion beam …

The paper is focused on the new systematic measurements of the 3D spatial distributions of
the amplitudes, the radial correlation lengths and the long-range correlations along the …

The paper presents the recent results from the quasi-coherent (QC) mode studies performed
in the ohmic plasma of the T-10 tokamak (R= 1.5 m. a= 0.3 m, B 0= 2.2 T, I pl= 230 kA, and …

Many years of fusion researches have shown that the energy and particle losses are
realized through several channels, eg via neoclassical losses. On top of that, turbulent …