Equations determining wave speeds for a model of ultrarelativistic gases are investigated. This model is already present in literature; it deals with an arbitrary number of moments and it was proposed in the context of exact macroscopic approaches in Extended Thermodynamics. We find interesting results: the whole system for the determination of the wave speeds can be divided into independent subsystems and some wave speeds, but not all of them, are expressed by square roots of rational numbers. Moreover, the remarkable property that these wave speeds for the macroscopic model are the same of those in the kinetic model is proved
The present paper concerns heat propagation with finite thermal wave speeds in ideal monatomic gases...
Abstract We study the ultra relativistic Euler equations for an ideal gas, which is a system of nonl...
Rational Extended Thermodynamics theories with different number of moments are usually introduced to...
Equations determining wave speeds for a model of ultrarelativistic gases are investigated. This mod...
An exact macroscopic extended model for ultrarelativistic gases, with an arbitrary number of moment...
An exact macroscopic extended model for relativistic gases, with an arbitrary number of moments, i...
Relativistic extended thermodynamics is a very interesting theory which is widely appreciated. here ...
An exact macroscopic extended model, with many moments, for ultrarelativistic gas has been recently ...
We use discrete kinetic models to study the dispersion relations of the one-dimensional plane-ultras...
Extended thermodynamics is an important theory which is appreciated from mathematicians and physicis...
Long-wavelength gravitational perturbations are studied in an isotropic expanding universe filled wi...
A recently obtained warm plasma model is here considered and the speeds of propagation of the discon...
Extended thermodynamics provides a good framework for studying the physics of fluids, because it lea...
none3Bohm’s interpretation of Quantum Mechanics leads to the derivation of a Quantum Kinetic Equatio...
An exact macroscopic extended model, with many moments, for relativistic gases has been recently pro...
The present paper concerns heat propagation with finite thermal wave speeds in ideal monatomic gases...
Abstract We study the ultra relativistic Euler equations for an ideal gas, which is a system of nonl...
Rational Extended Thermodynamics theories with different number of moments are usually introduced to...
Equations determining wave speeds for a model of ultrarelativistic gases are investigated. This mod...
An exact macroscopic extended model for ultrarelativistic gases, with an arbitrary number of moment...
An exact macroscopic extended model for relativistic gases, with an arbitrary number of moments, i...
Relativistic extended thermodynamics is a very interesting theory which is widely appreciated. here ...
An exact macroscopic extended model, with many moments, for ultrarelativistic gas has been recently ...
We use discrete kinetic models to study the dispersion relations of the one-dimensional plane-ultras...
Extended thermodynamics is an important theory which is appreciated from mathematicians and physicis...
Long-wavelength gravitational perturbations are studied in an isotropic expanding universe filled wi...
A recently obtained warm plasma model is here considered and the speeds of propagation of the discon...
Extended thermodynamics provides a good framework for studying the physics of fluids, because it lea...
none3Bohm’s interpretation of Quantum Mechanics leads to the derivation of a Quantum Kinetic Equatio...
An exact macroscopic extended model, with many moments, for relativistic gases has been recently pro...
The present paper concerns heat propagation with finite thermal wave speeds in ideal monatomic gases...
Abstract We study the ultra relativistic Euler equations for an ideal gas, which is a system of nonl...
Rational Extended Thermodynamics theories with different number of moments are usually introduced to...