In the neutronic and hard sphere cases, for non discrete eigenvalues we consider eigenfunctions of the linearized Boltzmann equation decreasing like powers of the velocity. The possible existence of such solutions would imply that there is no minimal relaxation rate to equilibrium. Here we show that they must be rejected because they violate the physical requirement of conservation of mass or energy.Dans le cas neutronique et le cas des sphères dures, on considère les fonctions propres de l'équation de Boltzmann linéarisée correspondant à des valeurs propres discrètes et décroissant comme des puissances inverses de la vitesse. Elles doivent être rejetées parce que ne satisfaisant pas aux conditions physiques de conservation de la masse et d...
The lattice Boltzmann equation is commonly used to simulate fluids with isothermal equations of stat...
We consider a kinetic model whose evolution is described by a Boltzmann- like equation for the one-p...
Existence, uniqueness, and qualitative behavior of the solution to a spatially homogeneous Boltzmann...
The Boltzmann transport equation describing the steady state distribution in energy of fast neutrons...
The method of singular eigenfunctions introduced first by Van Kampen and developed later by Case and...
In an earlier paper we extracted an asymptotic series solution in half-integral powers of (kTE) from...
We have derived from the Boltzmann equation a new integral equation governing the slowing down of ne...
This work presents some aspects of the static energy‐dependent Boltzmann equation in plane geometry ...
The authors prove existence and uniqueness of a Maxwellian, normalized equilibrium state for a dissi...
Aspects of the problem of neutron slowing down and transport in an infinite medium consisting of a s...
The paper deals with the spatially homogeneous Boltzmann equation for hard potentials. An example is...
International audienceIt is known that the singularity in the non-cutoff cross-section of the Boltzm...
AbstractIt is known that the singularity in the non-cutoff cross-section of the Boltzmann equation l...
It is known that the singularity in the non-cutoff cross-section of the Boltzmann equation leads to ...
We consider an approximation of the linearised equation of the homogeneous Boltzmann equation that d...
The lattice Boltzmann equation is commonly used to simulate fluids with isothermal equations of stat...
We consider a kinetic model whose evolution is described by a Boltzmann- like equation for the one-p...
Existence, uniqueness, and qualitative behavior of the solution to a spatially homogeneous Boltzmann...
The Boltzmann transport equation describing the steady state distribution in energy of fast neutrons...
The method of singular eigenfunctions introduced first by Van Kampen and developed later by Case and...
In an earlier paper we extracted an asymptotic series solution in half-integral powers of (kTE) from...
We have derived from the Boltzmann equation a new integral equation governing the slowing down of ne...
This work presents some aspects of the static energy‐dependent Boltzmann equation in plane geometry ...
The authors prove existence and uniqueness of a Maxwellian, normalized equilibrium state for a dissi...
Aspects of the problem of neutron slowing down and transport in an infinite medium consisting of a s...
The paper deals with the spatially homogeneous Boltzmann equation for hard potentials. An example is...
International audienceIt is known that the singularity in the non-cutoff cross-section of the Boltzm...
AbstractIt is known that the singularity in the non-cutoff cross-section of the Boltzmann equation l...
It is known that the singularity in the non-cutoff cross-section of the Boltzmann equation leads to ...
We consider an approximation of the linearised equation of the homogeneous Boltzmann equation that d...
The lattice Boltzmann equation is commonly used to simulate fluids with isothermal equations of stat...
We consider a kinetic model whose evolution is described by a Boltzmann- like equation for the one-p...
Existence, uniqueness, and qualitative behavior of the solution to a spatially homogeneous Boltzmann...