Ceesay, B.; Baber, M.Z.; Ahmed, N.; Akgül, A.; Cordero, A.; Torregrosa, J.R. Modelling Symmetric Ion-Acoustic Wave Structures for the BBMPB Equation in Fluid Ions Using Hirota’s Bilinear Technique. Symmetry2023, 15, 1682.
Ceesay, B.; Baber, M.Z.; Ahmed, N.; Akgül, A.; Cordero, A.; Torregrosa, J.R. Modelling Symmetric Ion-Acoustic Wave Structures for the BBMPB Equation in Fluid Ions Using Hirota’s Bilinear Technique. Symmetry 2023, 15, 1682.
Ceesay, B.; Baber, M.Z.; Ahmed, N.; Akgül, A.; Cordero, A.; Torregrosa, J.R. Modelling Symmetric Ion-Acoustic Wave Structures for the BBMPB Equation in Fluid Ions Using Hirota’s Bilinear Technique. Symmetry2023, 15, 1682.
Ceesay, B.; Baber, M.Z.; Ahmed, N.; Akgül, A.; Cordero, A.; Torregrosa, J.R. Modelling Symmetric Ion-Acoustic Wave Structures for the BBMPB Equation in Fluid Ions Using Hirota’s Bilinear Technique. Symmetry 2023, 15, 1682.
Abstract
This paper investigates the ion-acoustic wave structures in fluid ions for the Benjamin-Bona-Mahony-Peregrine-Burgers (BBMPB) equation. The various types of wave structures, are extracted including the three-wave hypothesis, breather wave, lump periodic, mixed-type wave, periodic cross-kink, cross-kink rational wave, M-shaped rational wave, M-shaped rational wave solution with one kink wave and M-shaped rational wave with two kink wave solutions. The Hirota bilinear transformation is a powerful tool that allows us to accurately solutions and predict the behavior of these wave structures. Through our analysis, we gain a better understanding of the complex dynamics of ion-acoustic waves and their potential applications in various fields. Moreover, our findings contribute to the ongoing research in plasma physics that utilize ion-acoustic wave phenomena. To show the physical behavior of the solutions, some 3D plots have been performed and their respective contour level, choosing different values of the parameters.
Computer Science and Mathematics, Computational Mathematics
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