Title of article
Extended rational techniques to resonant nonlinear Schrodinger equation
Author/Authors
Ahmadi Karchi ، Nikan School of Mathematics and Computer Science - Iran University of Science and Technology , ghaemi ، mohammad bagher School of Mathematics and Computer Science - Iran University of Science and Technology , Vahidi ، Javad School of Mathematics and Computer Science - Iran University of Science and Technology
From page
49
To page
62
Abstract
This paper studies advanced mathematical methods like sin-cos and sinh-cosh approachesto find precise solutions by considering inter-modal dispersion and spatio-temporal dynamics with kerrlaw nonlinearity in the Resonant shrödinger equation. These methods are useful for solving nonlinearpartial differential equations. To obtain the ordinary differential equation for the traveling wave solution,we initially deal with the general partial differential equation (PDE). Then, a series of optical solitonsolutions, including cusp and dark solitons, are derived for the Resonant shrödinger equation using thiseffective approach.
Keywords
sine , cosine and sinh , cosh methods , solition solution with complex structure , Resonant nonlinear Schrodinger equation , Optics
Journal title
Mathematics and Computational Sciences
Journal title
Mathematics and Computational Sciences
Record number
2766174
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