Numerical simulations form an indispensable tool to understand the behavior of a hot
plasma that is created inside a tokamak for providing nuclear fusion energy. Various aspects …

Recent numerical calculations have shown that while strong toroidal rotation can increase
the external kink limit of tokamak plasmas, the associated rotation shear can drive a Kelvin …

A mechanism of nonlinear interaction between a geodesic acoustic mode and a low-
frequency zonal flow has been proposed to explain the appearance of satellites of the …

Part 1 described a wide range of analytic tokamak equilibria modelling smooth limiter
surfaces, double-and single-null divertor surfaces, arbitrary aspect ratio, elongation …

A set of reduced linear equations for the description of low-frequency perturbations in
toroidally rotating plasma in axisymmetric tokamak is derived in the framework of ideal …

Continuous-spectrum equations for low-frequency ideal magnetohydrodynamic
perturbations in toroidally rotating plasmas with anisotropic pressure in axisymmetric …

The effect of toroidal rotation on the equilibrium and the waves and instabilities in tokamak
plasmas was investigated within the framework of magnetohydrodynamics (MHD). A …

The frequency spectrum and mode structure of axisymmetric electrostatic oscillations [the
zonal flow (ZF), sound waves (SW), geodesic acoustic modes (GAM), and electrostatic mean …

A radially decreasing toroidal rotation frequency can have a stabilizing effect on
nonaxisymmetric magnetohydrodynamic (MHD) instabilities. We show that this is a …

The influence of toroidal plasma rotation on the existence of reversed shear Alfvén
eigenmodes (RSAEs) near their minimum frequency is investigated analytically. An …