Add to ORKGIn this work, we detail the derivation of a plasma kinetic theory leading to the components of the dielectric tensor for a magnetized dusty plasma with variable charge on the dust particles, considering that the dust component of the plasma contains spherical dust particles with different sizes, which are charged both by inelastic collisions of electrons and ions and by photoionization
We derive the dielectric tensor for multicomponent magnetized dusty plasmas, including the effect of...
We derive the dielectric tensor for multicomponent magnetized dusty plasmas, including the effect of...
We present results obtained in recent years for wave propagation in a magnetized dusty plasma, inclu...
In this work, we detail the derivation of a plasma kinetic theory leading to the components of the d...
A kinetic approach to the problem of wave propagation in dusty plasmas, which takes into account the...
A kinetic approach to the problem of wave propagation in dusty plasmas, which takes into account the...
On basis of the kinetic equations for dusty plasmas we consider the charging equation for grains. We...
On basis of the kinetic equations for dusty plasmas we consider the charging equation for grains. We...
On basis of the kinetic equations for dusty plasmas we consider the charging equation for grains. We...
On basis of the kinetic equations for dusty plasmas we consider the charging equation for grains. We...
On basis of the kinetic equations for dusty plasmas we consider the charging equation for grains. We...
The recent results of the kinetic theory of dusty plasmas [V. N. Tsytovich and U. de Angelis, Phys. ...
On basis of the kinetic equations for dusty plasmas we consider the charging equation for grains. We...
On basis of the kinetic equations for dusty plasmas we consider the charging equation for grains. We...
On basis of the kinetic equations for dusty plasmas we consider the charging equation for grains. We...
We derive the dielectric tensor for multicomponent magnetized dusty plasmas, including the effect of...
We derive the dielectric tensor for multicomponent magnetized dusty plasmas, including the effect of...
We present results obtained in recent years for wave propagation in a magnetized dusty plasma, inclu...
In this work, we detail the derivation of a plasma kinetic theory leading to the components of the d...
A kinetic approach to the problem of wave propagation in dusty plasmas, which takes into account the...
A kinetic approach to the problem of wave propagation in dusty plasmas, which takes into account the...
On basis of the kinetic equations for dusty plasmas we consider the charging equation for grains. We...
On basis of the kinetic equations for dusty plasmas we consider the charging equation for grains. We...
On basis of the kinetic equations for dusty plasmas we consider the charging equation for grains. We...
On basis of the kinetic equations for dusty plasmas we consider the charging equation for grains. We...
On basis of the kinetic equations for dusty plasmas we consider the charging equation for grains. We...
The recent results of the kinetic theory of dusty plasmas [V. N. Tsytovich and U. de Angelis, Phys. ...
On basis of the kinetic equations for dusty plasmas we consider the charging equation for grains. We...
On basis of the kinetic equations for dusty plasmas we consider the charging equation for grains. We...
On basis of the kinetic equations for dusty plasmas we consider the charging equation for grains. We...
We derive the dielectric tensor for multicomponent magnetized dusty plasmas, including the effect of...
We derive the dielectric tensor for multicomponent magnetized dusty plasmas, including the effect of...
We present results obtained in recent years for wave propagation in a magnetized dusty plasma, inclu...