Add to ORKGA high-amplitude electrostatic ion-cyclotron wave is shown to be unstable against modulational instability by the electrostatic dust modes in a magnetized, homogeneous, and collisional dusty plasma. The presence of the dust component has strong effects on the nonlinear coupling via the dust modest The electron-neutral and ion-neutral collisions are seen to have significant effects on the damping and consequent overall growth of the modulational instability of the ion-cyclotron wave in the dusty plasma. (C) 2001 American Institute of Physics. [DOI: 10.1063/1.1321318].</p
It is shown that short wavelength (in comparison with the ion thermal gyroradius), high-frequency (H...
Novel properties introduced by charged particulates in a plasma medium and how they influence excita...
Theoretical and numerical studies are presented of the nonlinear amplitude modulation of dust–acoust...
A high-amplitude electrostatic ion-cyclotron wave is shown to be unstable against modulational insta...
A proper theoretical research has been carried out to explore the modulational instability (MI) cond...
The current-driven electrostatic ion-cyclotron (EIC) instability is studied in presence of a transve...
The present work investigates the wave propagation in collisional dusty plasmas in the presence of e...
The growth rate of a parallel electrostatic dust-cyclotron (EDC) surface wave propagating in a unifo...
An investigation has been done on the very low-frequency electrostatic drift waves in a collisional ...
In the present work, employing the nonlinear field equations of a hot dusty plasma in the presence o...
Electromagnetic and mechanical effects, typical for a dusty plasma, and the interplay between them, ...
The numerical simulation for the low frequency waves in dusty plasma has been studied. The studying ...
The current driven electromagnetic instability in a collisional, magnetized, dusty medium is conside...
Theoretical and numerical studies are presented of the nonlinear amplitude modulation of dust-acoust...
Instabilities of dust acoustic waves in a plasma with a significant background pressure of neutrals ...
It is shown that short wavelength (in comparison with the ion thermal gyroradius), high-frequency (H...
Novel properties introduced by charged particulates in a plasma medium and how they influence excita...
Theoretical and numerical studies are presented of the nonlinear amplitude modulation of dust–acoust...
A high-amplitude electrostatic ion-cyclotron wave is shown to be unstable against modulational insta...
A proper theoretical research has been carried out to explore the modulational instability (MI) cond...
The current-driven electrostatic ion-cyclotron (EIC) instability is studied in presence of a transve...
The present work investigates the wave propagation in collisional dusty plasmas in the presence of e...
The growth rate of a parallel electrostatic dust-cyclotron (EDC) surface wave propagating in a unifo...
An investigation has been done on the very low-frequency electrostatic drift waves in a collisional ...
In the present work, employing the nonlinear field equations of a hot dusty plasma in the presence o...
Electromagnetic and mechanical effects, typical for a dusty plasma, and the interplay between them, ...
The numerical simulation for the low frequency waves in dusty plasma has been studied. The studying ...
The current driven electromagnetic instability in a collisional, magnetized, dusty medium is conside...
Theoretical and numerical studies are presented of the nonlinear amplitude modulation of dust-acoust...
Instabilities of dust acoustic waves in a plasma with a significant background pressure of neutrals ...
It is shown that short wavelength (in comparison with the ion thermal gyroradius), high-frequency (H...
Novel properties introduced by charged particulates in a plasma medium and how they influence excita...
Theoretical and numerical studies are presented of the nonlinear amplitude modulation of dust–acoust...