The linear theory of MHD resonant waves in inhomogeneous plasmas is reviewed. The
review starts from discussing the properties of driven resonant MHD waves. The dissipative …

The resonances that appear in the linear compressible MHD formulation of waves are
studied for equilibrium states with flow. The conservation laws and the jump conditions …

Two approaches are examined for stabilization of the resistive wall mode (RWM) of toroidal
mode number n= 1 in an advanced ITER scenario. Active feedback control, with the present …

The stability of ballooning modes in the presence of sheared toroidal flows is investigated.
The eigenmodes are shown to be related by a Fourier transformation to the …

We investigate the linear stability of a hydrodynamic relativistic flow of magnetized plasma in
the simplest case where the energy density of the electromagnetic fields is much greater …

The stability of the dissipative Couette flow is examined in the linear approximation. The
onset conditions and flow instability properties are studied, with special emphasis placed on …

Low-frequency quasi-periodic oscillations, or LFQPOs, are ubiquitous in black hole X-ray
binaries and provide strong constraints on the accretion-ejection processes. Although …

Previous studies of the ion‐temperature‐gradient (ITG) driven turbulence are expanded to
include the effect of sheared E× B flows in sheared magnetic fields. The radial eigenmodes …

Transverse oscillations of coronal loops are often observed and have been theoretically
interpreted as kink magnetohydrodynamic (MHD) modes. Numerical simulations by …

Toroidal rotation is known to have a favorable effect on the stability of external, resistive wall
modes in a tokamak. 1 However, plasma rotation introduces new effects, such as centrifugal …