In this study, the ignition criteria in the International Thermonuclear Experimental Reactor
(ITER) associated with helium concentration is investigated. The main fuels used in this …

Spherical tokamak assesses the potential of great performance in high beta and is capable
of steadystate operation. Controlling plasma parameters and profile could lead to a high …

Nowadays, there is much extensive research investigating nuclear fusion reaction with D-
3He fuel as one of the most essential advanced fusion fuels. One of the most important …

In this study, the behaviour of the triple product (ni τ ET i) and height of the saddle point are
investigated on the basis of the particle and power balance equations by considering …

This paper presents an outlook of the potential of the D-3 He tokamak reactor to reach
ignition condition associated with density and temperature profiles and average toroidal …

Abstract The International Thermonuclear Experimental Reactor (ITER) tokamak can
generate fusion energy in an acceptable method. In this study, the particle and energy …

One of the important problems in a tokamak is the existence of inherent thermal instability.
For this reason, the control of plasma density and temperature are the most important issues …

In this research, the effect of helium ash on the ignition and burn condition of aneutronic
fusion plasma in the spherical tokamak reactor was investigated. Since the presence of …

In this study, the behavior of triple product (ni τ ET i) and height of the saddle point is
investigated on the base of the particle and power balance equations in a zero-dimensional …

Recycling coefficient is an important parameter for modeling of particle balance in the
Tokamak. In this paper, recycling coefficient was considered as a function of time and …