The nonlinear resistive-kink mode in the low resistivity plasma in tokamak is investigated
through the three-dimensional, toroidal, and nonlinear Hall-MHD code CLT. It is found that …

The influence of the Hall effect on the nonlinear evolution of the m/n= 1/1 resistive-kink mode
is numerically investigated by the three-dimensional toroidal Hall-MHD code CLT. It is found …

Numerical investigations of linear and nonlinear stages of quasi-interchange instability in a
cylindrical tokamak geometry with a flat q-profile in the core region are conducted using …

Numerical investigations on the pressure crash with a low magnetic shear profile in
Tokamaks are carried out through the three-dimensional, toroidal, and nonlinear MHD code …

Numerical simulations have been carried out to understand the seeding of neoclassical
tearing modes (NTMs), using a single fluid model and the four-field equations. The paper …

Non-axisymmetric free-boundary equilibrium computations are shown to represent
nonlinearly saturated external kink modes and external kink-like sidebands coupled to …

Abstract Effects of the kinetic thermal ions (KTIs) on ideal infernal modes and resistive
infernal modes have been investigated by using magnetohydrodynamic (MHD) simulation …

Helical cores (HCs) in tokamaks have been an important research topic for the fusion reactor
because HCs can affect transports of impurities [1–4], energetic particles [5], or toroidal …

Infernal modes are unstable in regions of weak magnetic shear and significant pressure
gradients. These modes comprise a broad class of instabilities, encompassing interchange …

A general set of equations that govern global resistive interchange, resistive internal kink
and resistive infernal modes in a toroidal axisymmetric equilibrium are systematically …