Nonlinear Propagation of Ion-Acoustic Soliton in a Magnetized Three Component Relativistic Plasma

The nonlinear obliquely propagating ion-acoustic solitons (IASs) by proposing a magnetized rotating relativistic plasma environment having relativistic ion fluids, and non-extensive electrons as well as positions have investigated. The Korteweg-de Vries equation (KdVE) involving the potential function has been derived by using the conventional reductive perturbation method for analyzing such wave phenomena. The effect of plasma parameters on the amplitude and width of IASs has been discussed with the consideration of relativistic Lorentz factor (RLF) up to eleven terms for the first time. It is observed that the RLF up to eleven terms and obliqueness are significantly modified the propagation characteristics of IASs in the considered plasma environment.