Nonlinear interaction between beam electrons in the presence of ion wave by exchanging the phonon is analysed with renormalization theory. We obtain the electric field of envelope solitary wave. Attractive phenomena between the solitary waves around the ion wave are found. Many phase gaps of the soliton’s carrier appear when ion wave intensity is strongly enough. Thus the possibility of stochastic accelleration by the phase gap is also discussed. Keywords: nonlinear plasma, renormalization, solitary wave, ion wave, attractive forc
Anomalous relaxation and stopping power, i.e., deformation of electron beam's distribution func...
The excitation and the propagation of solitary waves of ion-acoustic nature are analyzed by means of...
Nonlinear theory is presented for solitary waves propagating parallel to the magnetic field in a col...
Interaction of nonlinear electrostatic pulses associated with electron phase density holes moving in...
The nonlinear solitary structure of the dispersive Alfvén wave in an three-component plasma with hot...
Ion-acoustic structures in electronâpositronâion (e-p-i) plasma are examined by algebraic analysis o...
The primary purpose of this dissertation is to study the nonlinear screening effect of electrostatic...
Properties of fully nonlinear ion-acoustic solitary waves in a plasma with positive-negative ions an...
Suprathermal electrons and inertial drifting electrons, so called electron beam, are crucial to the ...
A theoretical model is presented to investigate the existence, formation, and possible realization o...
Abstract: Equations of electron magnetic hydrodynamics with nonlinearity, dispersion and d...
We present theoretical and numerical studies of the nonlinear interactions between intense electroma...
Key words One-dimensional plasmas, solitonic excitations, electron- soliton bound states, solectrons...
Nonlinear solitary structures of electron plasma waves have been investigated by using nonlinear qua...
The excitation, propagation, and interaction of planar negative-potential solitary waves in a plasma...
Anomalous relaxation and stopping power, i.e., deformation of electron beam's distribution func...
The excitation and the propagation of solitary waves of ion-acoustic nature are analyzed by means of...
Nonlinear theory is presented for solitary waves propagating parallel to the magnetic field in a col...
Interaction of nonlinear electrostatic pulses associated with electron phase density holes moving in...
The nonlinear solitary structure of the dispersive Alfvén wave in an three-component plasma with hot...
Ion-acoustic structures in electronâpositronâion (e-p-i) plasma are examined by algebraic analysis o...
The primary purpose of this dissertation is to study the nonlinear screening effect of electrostatic...
Properties of fully nonlinear ion-acoustic solitary waves in a plasma with positive-negative ions an...
Suprathermal electrons and inertial drifting electrons, so called electron beam, are crucial to the ...
A theoretical model is presented to investigate the existence, formation, and possible realization o...
Abstract: Equations of electron magnetic hydrodynamics with nonlinearity, dispersion and d...
We present theoretical and numerical studies of the nonlinear interactions between intense electroma...
Key words One-dimensional plasmas, solitonic excitations, electron- soliton bound states, solectrons...
Nonlinear solitary structures of electron plasma waves have been investigated by using nonlinear qua...
The excitation, propagation, and interaction of planar negative-potential solitary waves in a plasma...
Anomalous relaxation and stopping power, i.e., deformation of electron beam's distribution func...
The excitation and the propagation of solitary waves of ion-acoustic nature are analyzed by means of...
Nonlinear theory is presented for solitary waves propagating parallel to the magnetic field in a col...