Add to ORKGThe solutions of the general-relativistic kinetic equation for bounded gaseous systems are studied. It is shown that the processes induced by the field of a gravitational wave are irreversible. A method for describing theoretically the process of controlling the behavior of the system as a whole is given for the case of diffuse reflection of particles at the boundaries. © 1991 Plenum Publishing Corporation
In this paper, a well-balanced kinetic scheme for the gas dynamic equations under gravitational fiel...
In this paper, a well-balanced kinetic scheme for the gas dynamic equations under gravitational fiel...
We consider the evolution of a viscous heat-conducting fluid, initially found in a state of local th...
The solutions of the general-relativistic kinetic equation for bounded gaseous systems are studied. ...
The problem of mathematical description of the interrelation between external and internal symmetry ...
The response of a hydrogasdynamic system on the action of a gravitation wave has been investigated i...
We investigate a relativistic self-interacting gas in the field of an external pp gravitational wave...
Analyzing exact integrable models for the evolution of a relativistic gas layer, it is shown that th...
An attempt is made to discover the physical content of the general-relativistic theory of gases. Und...
The propagation of gravitational waves in a relativistic gas which is in a static gravitational fiel...
A new general-relativistic algorithm is developed to study the nonlinear evolution of scalar (densit...
The relativistic canonical formalism is used to construct the kinetic equations for a gas in a gravi...
An exact solution is obtained for the general relativistic kinetic equation with model collision int...
We show that a relativistic gas may be at "global" equilibrium in the expanding universe for any equ...
The general relativistic kinetic theory is applied to calculate corrections to the distribution aris...
In this paper, a well-balanced kinetic scheme for the gas dynamic equations under gravitational fiel...
In this paper, a well-balanced kinetic scheme for the gas dynamic equations under gravitational fiel...
We consider the evolution of a viscous heat-conducting fluid, initially found in a state of local th...
The solutions of the general-relativistic kinetic equation for bounded gaseous systems are studied. ...
The problem of mathematical description of the interrelation between external and internal symmetry ...
The response of a hydrogasdynamic system on the action of a gravitation wave has been investigated i...
We investigate a relativistic self-interacting gas in the field of an external pp gravitational wave...
Analyzing exact integrable models for the evolution of a relativistic gas layer, it is shown that th...
An attempt is made to discover the physical content of the general-relativistic theory of gases. Und...
The propagation of gravitational waves in a relativistic gas which is in a static gravitational fiel...
A new general-relativistic algorithm is developed to study the nonlinear evolution of scalar (densit...
The relativistic canonical formalism is used to construct the kinetic equations for a gas in a gravi...
An exact solution is obtained for the general relativistic kinetic equation with model collision int...
We show that a relativistic gas may be at "global" equilibrium in the expanding universe for any equ...
The general relativistic kinetic theory is applied to calculate corrections to the distribution aris...
In this paper, a well-balanced kinetic scheme for the gas dynamic equations under gravitational fiel...
In this paper, a well-balanced kinetic scheme for the gas dynamic equations under gravitational fiel...
We consider the evolution of a viscous heat-conducting fluid, initially found in a state of local th...