The longitudinal self-diffusion coefficient for a magnetized plasma with a small plasma parameter is calculated from kinetic theory in the weak-coupling approximation. Asymptotic expressions for this coefficient are derived in the limits of weak and of strong magnetic field. For intermediate strength of the magnetic field numerical results are presented
We consider the derivation of a kinetic equation for a charged test particle weakly interacting with...
The self-diffusion phenomenon in a two-dimensional dusty plasma at extremely strong (effective) magn...
In this paper, the stochastic magnetic field lines diffusion is studied. The stochastic behavior of ...
Self-diffusion through dense classical one-component plasmas in a uniform magnetic field is studied ...
The coefficient of self-diffusion along an external magnetic field in a dense plasma is evaluated wi...
A test-particle weakly interacting with an electrostatic plasma in equilibrium inside a uniform magn...
In this paper, we discuss the results of some molecular dynamics simulations of a magnetized one com...
A Fokker-Planck-type kinetic equation modeling a test-particle weakly interacting with an electrosta...
A new one-dimensional analytical model describing the diffusion of low-pressure electronegative plas...
In the paper one of possible reasons for explanation of strange transport in the turbulent plasma in...
A discussion is given of test particle transport in the presence of specified stochastic magnetic fi...
International audienceThe diffusion limit of the linear Boltzmann equation with a strong magnetic fi...
The derivation of the kinetic equations for inhomogeneous plasma in an external magnetic field is pr...
International audienceThe problem of particle diffusion in position space, as a consequence of elect...
We present Molecular Dynamics computations of the velocity autocorrelation function and the self-dif...
We consider the derivation of a kinetic equation for a charged test particle weakly interacting with...
The self-diffusion phenomenon in a two-dimensional dusty plasma at extremely strong (effective) magn...
In this paper, the stochastic magnetic field lines diffusion is studied. The stochastic behavior of ...
Self-diffusion through dense classical one-component plasmas in a uniform magnetic field is studied ...
The coefficient of self-diffusion along an external magnetic field in a dense plasma is evaluated wi...
A test-particle weakly interacting with an electrostatic plasma in equilibrium inside a uniform magn...
In this paper, we discuss the results of some molecular dynamics simulations of a magnetized one com...
A Fokker-Planck-type kinetic equation modeling a test-particle weakly interacting with an electrosta...
A new one-dimensional analytical model describing the diffusion of low-pressure electronegative plas...
In the paper one of possible reasons for explanation of strange transport in the turbulent plasma in...
A discussion is given of test particle transport in the presence of specified stochastic magnetic fi...
International audienceThe diffusion limit of the linear Boltzmann equation with a strong magnetic fi...
The derivation of the kinetic equations for inhomogeneous plasma in an external magnetic field is pr...
International audienceThe problem of particle diffusion in position space, as a consequence of elect...
We present Molecular Dynamics computations of the velocity autocorrelation function and the self-dif...
We consider the derivation of a kinetic equation for a charged test particle weakly interacting with...
The self-diffusion phenomenon in a two-dimensional dusty plasma at extremely strong (effective) magn...
In this paper, the stochastic magnetic field lines diffusion is studied. The stochastic behavior of ...
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