We investigated the possibility of using graphene for control of hydrogen isotopes by
exploring adsorption, reflection, and penetration of hydrogen isotopes on graphene using …

Niobium is an important alloying material in nuclear reactors because of its enormous
strength, low density, low neutron absorption, and high melting point. This study is structured …

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 …

In this paper, the ignition boundary and height of the saddle point as the lowest heating
power on the way to ignition for D-3 He toroidal magnetic configuration are derived. Fusion …

In this paper two important matters for assessments the D–T plasma performance of future
tokamak–reactors such as ITER and EU–DEMO projects are discussed. The first issue is the …

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 …

The spherical tokamak (ST) operates in a steady state with a high fusion gain. The 0-
dimensional power balance model, including radiation losses to determine Q value as an …

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 …