In this paper, the dynamics of electrons emitted by a spherical object when the total charge of the system is constant is studied in detail. In particular, the condition for which the total electron charge presents damped oscillations is deduced rigorously by considering a perturbation with respect to the steady-state solution. The results obtained can be of utility in simulating the expansion of a spherical plasma by separating the ion and electron time scales
Some typical electrons trajectories around a bubble regime in intense laser plasma interaction are i...
For the intensities of present day ultrashort, superintense laser pulses, the energy that the ions i...
International audienceA harmonic oscillator model is proposed to study the intensification of microw...
The paper deals with the dynamics of the electrons in the first phase of the expansion of a spherica...
Dynamics of charging of an absorbing spherical body is studied by means of a numerical simulation. U...
New results of numerical simulation of collisionless plasma perturbation caused by a sphere absorbin...
The collisionless expansion of spherical plasmas composed of cold ions and hot electrons is analyzed...
The dynamics of electron holes (EHs) in an electron–oxygen-ion plasma is studied by means of Vlasov ...
In this paper, electron trajectories are studied analytically in the rest frame of a plasma bubble u...
The work proposes a new method to study the dynamics of the electrons confined in a non- ideal Penni...
SUMMARY The stationary state of a spherically symmetric plasma configuration is investigated in th...
The field emission from negatively charged spherical solid particles has been studied analytically, ...
The collection and emission of electrons from a spherical body in the Space-Charge Limited (SCL) reg...
In a Penning trap in which Larmor, bouncing and dio- cotron frequencies are of the same order of mag...
The paper deals with particle dynamics in a Penning trap with a rotating electric dipole field and a ...
Some typical electrons trajectories around a bubble regime in intense laser plasma interaction are i...
For the intensities of present day ultrashort, superintense laser pulses, the energy that the ions i...
International audienceA harmonic oscillator model is proposed to study the intensification of microw...
The paper deals with the dynamics of the electrons in the first phase of the expansion of a spherica...
Dynamics of charging of an absorbing spherical body is studied by means of a numerical simulation. U...
New results of numerical simulation of collisionless plasma perturbation caused by a sphere absorbin...
The collisionless expansion of spherical plasmas composed of cold ions and hot electrons is analyzed...
The dynamics of electron holes (EHs) in an electron–oxygen-ion plasma is studied by means of Vlasov ...
In this paper, electron trajectories are studied analytically in the rest frame of a plasma bubble u...
The work proposes a new method to study the dynamics of the electrons confined in a non- ideal Penni...
SUMMARY The stationary state of a spherically symmetric plasma configuration is investigated in th...
The field emission from negatively charged spherical solid particles has been studied analytically, ...
The collection and emission of electrons from a spherical body in the Space-Charge Limited (SCL) reg...
In a Penning trap in which Larmor, bouncing and dio- cotron frequencies are of the same order of mag...
The paper deals with particle dynamics in a Penning trap with a rotating electric dipole field and a ...
Some typical electrons trajectories around a bubble regime in intense laser plasma interaction are i...
For the intensities of present day ultrashort, superintense laser pulses, the energy that the ions i...
International audienceA harmonic oscillator model is proposed to study the intensification of microw...