Add to ORKGAn exact solution is obtained for the general relativistic kinetic equation with model collision integral that describes the motion of an initially homogeneous anisotropic plasma in a field of plane gravitational waves (GW) of arbitrary amplitude and polarization. The amplitude of the induced current is calculated. © 1985 Plenum Publishing Corporation
We develop a purely hydrodynamic formalism to describe collisional, anisotropic insta-bilities in a ...
The relativistic canonical formalism is used to construct the kinetic equations for a gas in a gravi...
We consider the evolution of a viscous heat-conducting fluid, initially found in a state of local th...
An exact solution is obtained for the general relativistic kinetic equation with model collision int...
An exact solution is obtained for the relativistic collisionless kinetic equations describing a test...
The general relativistic kinetic theory is applied to calculate corrections to the distribution aris...
Subject of inquiry is plasma in gravitational field and in the field of a planegravitational wave. T...
An exact solution of the universal Maxwell equations linearized in the amplitude of the induced fiel...
The linearized general-relativistic kinetic equation is used to study the interaction of highfrequen...
We obtain an exact solution of the self-consistent relativistic magnetohydrodynamic equations for an...
The problem of the electromagnetic response of a relativistic anisotropic plasma on the action of a ...
The system of Einstein-Maxwell equations and a kinetic equation with a model collision integral for ...
The propagation of gravitational waves in a relativistic gas which is in a static gravitational fiel...
Weak electromagnetic and gravitational fields in a plasma situated in a strong gravitational field, ...
We develop a purely hydrodynamic formalism to describe collisional, anisotropic insta-bilities in a ...
The relativistic canonical formalism is used to construct the kinetic equations for a gas in a gravi...
We consider the evolution of a viscous heat-conducting fluid, initially found in a state of local th...
An exact solution is obtained for the general relativistic kinetic equation with model collision int...
An exact solution is obtained for the relativistic collisionless kinetic equations describing a test...
The general relativistic kinetic theory is applied to calculate corrections to the distribution aris...
Subject of inquiry is plasma in gravitational field and in the field of a planegravitational wave. T...
An exact solution of the universal Maxwell equations linearized in the amplitude of the induced fiel...
The linearized general-relativistic kinetic equation is used to study the interaction of highfrequen...
We obtain an exact solution of the self-consistent relativistic magnetohydrodynamic equations for an...
The problem of the electromagnetic response of a relativistic anisotropic plasma on the action of a ...
The system of Einstein-Maxwell equations and a kinetic equation with a model collision integral for ...
The propagation of gravitational waves in a relativistic gas which is in a static gravitational fiel...
Weak electromagnetic and gravitational fields in a plasma situated in a strong gravitational field, ...
We develop a purely hydrodynamic formalism to describe collisional, anisotropic insta-bilities in a ...
The relativistic canonical formalism is used to construct the kinetic equations for a gas in a gravi...
We consider the evolution of a viscous heat-conducting fluid, initially found in a state of local th...