M-Lump Solution, Semirational Solution, and Self-Consistent Source Extension of a Novel 2+1-Dimensional KdV Equation

In this paper, we derive the M-lump solution in terms of Matsuno determinant for the combined KP3 and KP4 (cKP3-4) equation by applying the double-sum identities for determinant and investigate the dynamical behaviors of 1- and 2-lump solutions. In addition, we derive the Grammian solution for the c...

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Main Authors: Rihan Hai, Hasi Gegen
Format: Article
Language:English
Published: Wiley 2022-01-01
Series:Advances in Mathematical Physics
Online Access:http://dx.doi.org/10.1155/2022/8105654
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author Rihan Hai
Hasi Gegen
author_facet Rihan Hai
Hasi Gegen
author_sort Rihan Hai
collection DOAJ
description In this paper, we derive the M-lump solution in terms of Matsuno determinant for the combined KP3 and KP4 (cKP3-4) equation by applying the double-sum identities for determinant and investigate the dynamical behaviors of 1- and 2-lump solutions. In addition, we derive the Grammian solution for the cKP3-4 equation and construct the semirational solutions from the Grammian solution. Through the asymptotic analysis, we show that the semirational solutions describe fusion and fission of lumps and line solitons and rogue lump phenomena. Furthermore, we construct the cKP3-4 equation with self-consistent sources via the source generation procedure and present its Grammian and Wronskian solution.
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institution Kabale University
issn 1687-9139
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series Advances in Mathematical Physics
spelling doaj-art-a0dc71b16f584b51b93eb43946a178702025-02-03T07:24:26ZengWileyAdvances in Mathematical Physics1687-91392022-01-01202210.1155/2022/8105654M-Lump Solution, Semirational Solution, and Self-Consistent Source Extension of a Novel 2+1-Dimensional KdV EquationRihan Hai0Hasi Gegen1School of Mathematical ScienceSchool of Mathematical ScienceIn this paper, we derive the M-lump solution in terms of Matsuno determinant for the combined KP3 and KP4 (cKP3-4) equation by applying the double-sum identities for determinant and investigate the dynamical behaviors of 1- and 2-lump solutions. In addition, we derive the Grammian solution for the cKP3-4 equation and construct the semirational solutions from the Grammian solution. Through the asymptotic analysis, we show that the semirational solutions describe fusion and fission of lumps and line solitons and rogue lump phenomena. Furthermore, we construct the cKP3-4 equation with self-consistent sources via the source generation procedure and present its Grammian and Wronskian solution.http://dx.doi.org/10.1155/2022/8105654
spellingShingle Rihan Hai
Hasi Gegen
M-Lump Solution, Semirational Solution, and Self-Consistent Source Extension of a Novel 2+1-Dimensional KdV Equation
Advances in Mathematical Physics
title M-Lump Solution, Semirational Solution, and Self-Consistent Source Extension of a Novel 2+1-Dimensional KdV Equation
title_full M-Lump Solution, Semirational Solution, and Self-Consistent Source Extension of a Novel 2+1-Dimensional KdV Equation
title_fullStr M-Lump Solution, Semirational Solution, and Self-Consistent Source Extension of a Novel 2+1-Dimensional KdV Equation
title_full_unstemmed M-Lump Solution, Semirational Solution, and Self-Consistent Source Extension of a Novel 2+1-Dimensional KdV Equation
title_short M-Lump Solution, Semirational Solution, and Self-Consistent Source Extension of a Novel 2+1-Dimensional KdV Equation
title_sort m lump solution semirational solution and self consistent source extension of a novel 2 1 dimensional kdv equation
url http://dx.doi.org/10.1155/2022/8105654
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AT hasigegen mlumpsolutionsemirationalsolutionandselfconsistentsourceextensionofanovel21dimensionalkdvequation