In this work, new scaling laws of the time growth rate γ of the Rayleigh-Taylor instability with
the plasma resistivity η, kinematic viscosity ν, and electron number density ne are derived. A …

The conjugate effect of current relaxation and of current-vortex sheet formation on the
magnetorotational instability is explored in a conducting fluid. It is found that the relative …

In this work, we explore the influence of perturbative wavelengths, shorter than those usually
considered, on the growth rate of the Rayleigh-Taylor modes. Therefore, we adopt an …

In this work, we explore inertial effects, due to charged species in a resistive plasma, on the
tearing instability. The standard theory of tearing modes assumes a long wavelength limit. At …

In this work, we explore the influence of perturbative wavelengths, shorter than those usually
considered, on the growth rate γ of the tearing modes. Thus, we adopt an extended form of …

In this work, we explore the influence of perturbative wavelengths, shorter than those usually
considered, on the growth rate γ of the tearing modes. Thus, we adopt an extended form of …

In this work, we discuss the effect of a finite relaxation for the current on the axisymmetric
instability of a plasma column with parabolic profile in the inductionless approximation. The …

In this work, inertial and diffusive effects are rediscussed on the propagation of
magnetosonic waves in plasmas of finite conductivity, with basis on an extension of Ohm's …