Interaction of Ion Cyclotron Electromagnetic Wave with Energetic Particles in the Existence of Alternating Electric Field Using Ring Distribution

The elements that impact the dynamics and collaborations of waves particles in magnetosphere planets have been considered here. Saturn’s internal is determined by substantiated instabilities discovered to be an exceptional zone wave activity. Interchanged instability found one responsible events view temperature anisotropy energization processes magnetospheric species. generated active ions alongside electrons constitute populations highly magnetized like ring electron current are taken into consideration framework. previous similar method characteristics perturbed distribution function used derive dispersion relation. In incorporating this investigation, electromagnetic ion cyclotron (EMIC) composition plasmas through which propagate. effect illustrates non-monotonous description on growth rate (GR) depending upon plasma parameters picked out. Observations made Cassini appropriate for modern study, applied Kronian magnetosphere. Using Maxwellian detailed mathematical formulation, expression relation as well GR real frequency (RF) evaluated. Analysis shows that, proliferating EMIC not developed much when propagation parallelly aligned with compared propagating oblique direction. case, influenced alternating (AC) frequency, whereas it affected only AC parallel waves.