In this work, we analytically and numerically investigate the types of stationary gasdynamic
waves formed in a heat-releasing medium with isentropic (acoustic) instability. As the …

Evolution of magnetoacoustic (MA) waves in the heat-releasing plasma is analyzed. Due to
the temperature and density dependence of the heating and cooling processes, the …

The self-interaction of the Alfvén wave associated with the parametric interaction between
the Alfvén wave and longitudinal plasma motion induced by this Alfvén wave is investigated …

The gas-dynamic model of a heat-releasing medium, including a generalized heat release
function depending on temperature and density is considered. Acoustic wave propagation in …

We consider the propagation of magnetoacoustic (MA) and acoustic waves of various
frequency ranges in a partially ionized plasma at an arbitrary angle to the magnetic field …

Amplification of Alfvén Waves due to Nonlinear Interaction with a Fast Magnetoacoustic Wave in
Acoustically Active Conductive M Page 1 199 ISSN 1063-7850, Technical Physics Letters, 2018 …

The evolution of gas-dynamic perturbations in a heat-releasing medium was investigated in
two-dimensional geometry under conditions of isentropic instability. Decomposition of the …

Condensation Mode Instability in a Heat-Releasing Weakly Ionized Gas in a Magnetic Field
Page 1 ISSN 1068-3356, Bulletin of the Lebedev Physics Institute, 2017, Vol. 44, No. 10, pp …

The occurrence conditions of the condensation instability in heat-releasing partially ionized
plasma in an external magnetic field with an induction vector normal to the direction along …

The nonlinear phenomena which associate with magnetoacoustic waves in a plasma are
analytically studied. A plasma is an open system with external inflow of energy and radiation …