Add to ORKGThe linearized general-relativistic kinetic equation is used to study the interaction of highfrequency electromagnetic radiation with a fully ionized plasma in a gravitational field;, the pseudotensors of the complex conductivity, permittivity, and absorption of energy are constructed. © 1976 Plenum Publishing Corporation
Using relativistic kinetic theory, the hydrodynamics equations are obtained for a mixture of electro...
The electric charge density induced by scalar gravitational perturbations in the radiation-dominated...
High temperature plasmas are ubiquitous in high energy astrophysics and are becoming increasingly ac...
The linearized general-relativistic kinetic equation is used to study the interaction of highfrequen...
On the basis of the theory developed by the author in the foregoing paper [1], a study is made of th...
Subject of inquiry is plasma in gravitational field and in the field of a planegravitational wave. T...
An exact solution is obtained for the relativistic collisionless kinetic equations describing a test...
The system of Einstein-Maxwell equations and a kinetic equation with a model collision integral for ...
Weak electromagnetic and gravitational fields in a plasma situated in a strong gravitational field, ...
An exact solution is obtained for the general relativistic kinetic equation with model collision int...
The general relativistic kinetic theory is applied to calculate corrections to the distribution aris...
We study the interaction of a gravitational wave (GW) with a plasma that is strongly magnetized. The...
The system of linearized Einstein and Maxwell equations and a kinetic equation with model collision ...
Maxwell' s equations for a plasma situated in a gravitational field are analyzed in the limit of geo...
From gravitational redshift/blueshift and the law of conservation of energy, we obtained equations, ...
Using relativistic kinetic theory, the hydrodynamics equations are obtained for a mixture of electro...
The electric charge density induced by scalar gravitational perturbations in the radiation-dominated...
High temperature plasmas are ubiquitous in high energy astrophysics and are becoming increasingly ac...
The linearized general-relativistic kinetic equation is used to study the interaction of highfrequen...
On the basis of the theory developed by the author in the foregoing paper [1], a study is made of th...
Subject of inquiry is plasma in gravitational field and in the field of a planegravitational wave. T...
An exact solution is obtained for the relativistic collisionless kinetic equations describing a test...
The system of Einstein-Maxwell equations and a kinetic equation with a model collision integral for ...
Weak electromagnetic and gravitational fields in a plasma situated in a strong gravitational field, ...
An exact solution is obtained for the general relativistic kinetic equation with model collision int...
The general relativistic kinetic theory is applied to calculate corrections to the distribution aris...
We study the interaction of a gravitational wave (GW) with a plasma that is strongly magnetized. The...
The system of linearized Einstein and Maxwell equations and a kinetic equation with model collision ...
Maxwell' s equations for a plasma situated in a gravitational field are analyzed in the limit of geo...
From gravitational redshift/blueshift and the law of conservation of energy, we obtained equations, ...
Using relativistic kinetic theory, the hydrodynamics equations are obtained for a mixture of electro...
The electric charge density induced by scalar gravitational perturbations in the radiation-dominated...
High temperature plasmas are ubiquitous in high energy astrophysics and are becoming increasingly ac...