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Construction of traveling and solitary wave solutions for wave propagation in nonlinear low-pass electrical transmission lines

机译:非线性低通电传输线中波传播的行进和孤立波解的构造

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In this study, our aim to constructed the traveling and solitary wave solutions for nonlinear evolution equation describe the wave propagation in nonlinear low-pass electrical transmission lines by implemented the modification of mathematical method. We obtained the new and more general solutions in rational, trigonometric, hyperbolic type which represent to kink and anti-kink wave solitons, bright-dark solitons and traveling waves. The physical interpretation of some results demonstrated by graphically with symbolic computation. We are hopefully determined results have numerous applications in optical fiber, geophysics, fluid dynamics, laser optics, engineering, and many other various kinds of applied sciences. The complete investigation prove that proposed technique is more reliable, efficient, straightforward, and powerful to investigate various kinds of nonlinear evolution equations involves in geophysics, fluid dynamics, nonlinear plasma, chemistry, biology, and field of engineering.
机译:在这项研究中,我们的旨在构建用于非线性演化方程的行进和孤波解,通过实现了数学方法的修改,描述了非线性低通电传输线中的波传播。我们以合理的,三角性,双曲线类型获得了新的和更一般的解决方案,它代表了扭结和抗扭结波孤子,明亮的孤子孤子和行驶波浪。用象征性计算通过图形表现出一些结果的物理解释。我们有望确定的结果在光纤,地球物理,流体动力学,激光光学,工程和许多其他各种应用科学中具有许多应用。完整的调查证明,提出的技术更可靠,高效,直接,并且强大地调查各种非线性演化方程涉及地球物理,流体动力学,非线性等离子体,化学,生物学和工程领域。

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