Determinations of the poloidal beta, internal inductance, plasma energy, plasma pressure,
plasma temperature, plasma resistance, plasma effective atomic number, magneto …

Determinations of plasma parameters as well as the Magnetohydrodynamics (MHD) activity,
energetic electrons energy and energy confinement time are essential for future fusion …

We have calculated and investigated the runaway electron generation in IR-T1 tokamak. For
this purpose, we used the hard X-ray spectroscopy. Hard X-ray emission produces due to …

Runaway electrons in tokamaks can cause serious damage to the first wall of the reactor
and decrease its life time. Also, hard x-ray emission generated from high energy runaway …

Three arrays of silicon surface-barrier diodes were recently installed on T-10 (R= 1.5 m, a=
0.3 m). The detectors view the plasma cross section along 58 chords spaced in the poloidal …

The high-energy current of runaway electrons during a major disruption in tokamak reactors
can cause serious damage to the first wall of the reactor and reduce its lifetime. Therefore, it …

Precise determination of the poloidal Beta, internal inductance, plasma energy, plasma
pressure, plasma temperature, plasma resistance, plasma effective atomic number, and …

Edge plasma turbulence was investigated over a wide range of plasma and field parameters
in the IR-T1 tokamak for the first time. Fluctuation levels and spectra were measured using …

In this paper, the measurement of runaway electrons energy was investigated. For this
purpose, hard X-ray spectroscopy in IR-T1 tokamak was used. Hard X-ray emissions are …

In this experiment, the effect of magnetohydrodynamic (MHD) fluctuations in the hard X-ray
radiation from the IR-T1 tokamak plasma is investigated. To reach this goal, the main …