Add to ORKGThe enhancement of the resonant instability of right-hand polarized electromagnetic ion cyclotron waves by alpha particles for physical parameters corresponding to coronal mass ejections is studied. We focus on the effects of alpha thermal anisotropy and relative He++/H+ abundance on growth and absorption rates. The first parameter governs directly wave emission, while the second modifies also the wave speed and indirectly enhances the wave excitation
Plasma heating by ion cyclotron waves in rapidly expanding flow tubes in the transition region, refe...
It is shown that the presence of hot, anisotropic protons of ring current in outer plasmasphere lead...
Electrostatic ion-cyclotron waves are investigated in multi-ion plasma (H+, He+ and O+) using partic...
The enhancement of the resonant instability of right-hand polarized electromagnetic ion cyclotron wa...
The possibility of exciting electromagnetic ion cyclotron waves in solar ejecta was proposed in earl...
Interplanetary coronal mass ejections (ICMEs) often possess a negative proton thermal anisotropy, Ap...
In a recent study of ion cyclotron waves generated by the thermal anisotropy of oxygen ions, it was ...
We present a numerical study of the kinetic dynamics of protons and alpha particles during the evolu...
We perform 2.5D hybrid simulations with massless fluid electrons and kinetic particle-in-cell ions t...
The parametric instabilities of an Alfvén wave in a proton-electron plasma system are found to have ...
It is assumed that the magnetic flux tubes are strongly concentrated at the boundaries of the superg...
International audienceThe effect of upgoing ion beam and temperature anisotropy on the dispersion re...
Context. Plasma processes occurring in the corona and solar wind can be probed by studying the therm...
Relative drifts between di erent species or particle populations are characteristic to solar plasma ...
We study correlations of the temperature ratio (which is an indicator for perpendicular ion heating)...
Plasma heating by ion cyclotron waves in rapidly expanding flow tubes in the transition region, refe...
It is shown that the presence of hot, anisotropic protons of ring current in outer plasmasphere lead...
Electrostatic ion-cyclotron waves are investigated in multi-ion plasma (H+, He+ and O+) using partic...
The enhancement of the resonant instability of right-hand polarized electromagnetic ion cyclotron wa...
The possibility of exciting electromagnetic ion cyclotron waves in solar ejecta was proposed in earl...
Interplanetary coronal mass ejections (ICMEs) often possess a negative proton thermal anisotropy, Ap...
In a recent study of ion cyclotron waves generated by the thermal anisotropy of oxygen ions, it was ...
We present a numerical study of the kinetic dynamics of protons and alpha particles during the evolu...
We perform 2.5D hybrid simulations with massless fluid electrons and kinetic particle-in-cell ions t...
The parametric instabilities of an Alfvén wave in a proton-electron plasma system are found to have ...
It is assumed that the magnetic flux tubes are strongly concentrated at the boundaries of the superg...
International audienceThe effect of upgoing ion beam and temperature anisotropy on the dispersion re...
Context. Plasma processes occurring in the corona and solar wind can be probed by studying the therm...
Relative drifts between di erent species or particle populations are characteristic to solar plasma ...
We study correlations of the temperature ratio (which is an indicator for perpendicular ion heating)...
Plasma heating by ion cyclotron waves in rapidly expanding flow tubes in the transition region, refe...
It is shown that the presence of hot, anisotropic protons of ring current in outer plasmasphere lead...
Electrostatic ion-cyclotron waves are investigated in multi-ion plasma (H+, He+ and O+) using partic...