Solitary electrostatic structures involving density depletions have been observed in the upper ionosphere by the Freja satellite [Dovner et al., 1994]. If these are interpreted as ion sound solitons, the difficulty arises that the standard Korteweg-de Vries description predicts structures with enhanced rather than depleted density. Here we show that the presence of non-thermal electrons may change the nature of ion sound solitary structures and allow the existence of structures very like those observed
International audienceThe Van Allen Probes observe generally two types of electrostatic solitary wav...
Properties of ion- and electron-acoustic solitons are investigated in an unmagnetized multi-componen...
488-493Using the Sagdeev’s pseudopotential approach, effects of non-thermal electrons and warm nega...
Solitary electrostatic structures involving density depletions have been observed in the upper ionos...
Solitary electrostatic structures involving density depletions have been observed in the upper ionos...
We show that a non-thermal electron distribution may change the nature of ion acoustic solitons. If ...
We show that a non-thermal electron distribution may change the nature of ion acoustic solitons. If ...
Electrostatic solitary (ES) structures have been frequently observed in the solar wind, Earth’s and ...
An investigation has been made of ion-acoustic solitary waves in an unmagnetized nonthermal plasma ...
International audienceElectron-acoustic solitary waves are studied in an unmagnetized plasma consist...
Properties of ion- and electron- acoustic solitons are investigated in an unmagnetized multi-compone...
Space observations in several near-Earth environments have revealed the presence of positive-potenti...
The NASA Van Allen Probes spacecraft has recently observed broadband electrostatic turbulence in the...
peer reviewedThe nonlinear propagation of electrostatic solitary structures in unmagnetized multispe...
Properties of fully nonlinear ion-acoustic solitary waves in a plasma with positive-negative ions an...
International audienceThe Van Allen Probes observe generally two types of electrostatic solitary wav...
Properties of ion- and electron-acoustic solitons are investigated in an unmagnetized multi-componen...
488-493Using the Sagdeev’s pseudopotential approach, effects of non-thermal electrons and warm nega...
Solitary electrostatic structures involving density depletions have been observed in the upper ionos...
Solitary electrostatic structures involving density depletions have been observed in the upper ionos...
We show that a non-thermal electron distribution may change the nature of ion acoustic solitons. If ...
We show that a non-thermal electron distribution may change the nature of ion acoustic solitons. If ...
Electrostatic solitary (ES) structures have been frequently observed in the solar wind, Earth’s and ...
An investigation has been made of ion-acoustic solitary waves in an unmagnetized nonthermal plasma ...
International audienceElectron-acoustic solitary waves are studied in an unmagnetized plasma consist...
Properties of ion- and electron- acoustic solitons are investigated in an unmagnetized multi-compone...
Space observations in several near-Earth environments have revealed the presence of positive-potenti...
The NASA Van Allen Probes spacecraft has recently observed broadband electrostatic turbulence in the...
peer reviewedThe nonlinear propagation of electrostatic solitary structures in unmagnetized multispe...
Properties of fully nonlinear ion-acoustic solitary waves in a plasma with positive-negative ions an...
International audienceThe Van Allen Probes observe generally two types of electrostatic solitary wav...
Properties of ion- and electron-acoustic solitons are investigated in an unmagnetized multi-componen...
488-493Using the Sagdeev’s pseudopotential approach, effects of non-thermal electrons and warm nega...