Titlebook: Waves Called Solitons; Concepts and Experim Michel Remoissenet Book 1999Latest edition Springer-Verlag Berlin Heidelberg 1999 chemical engi

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Linear Waves in Electrical Transmission Lines,ly used today in open-wire form, in coaxial cables and microstrips. The standard twoconductor transmission line is an important familiar system, that is able to support the propagation of transverse electromagnetic modes and is of great interest in many practical situations. We have all often studie

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Innocence

Solitons in Nonlinear Transmission Lines,stems (which will be considered in Chaps.5 and 8) leads to calculations far too involved for pedagogical purposes. Thus, for an introduction to the soliton concept, we therefore consider simple wave propagation in electrical nonlinear transmission lines and electrical networks.

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LAP

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More on Transmission-Line Solitons,eat physical importance. Generally, the discrete nonlinear equations which model these lattices cannot be solved analytically. Consequently, one looks for possible pulse-soliton solutions in the continuum or long wavelength approximation, that is, solitons with a width much larger than the electrica

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Hydrodynamic Solitons,s a beach. Water waves can be appreciated in a descriptive way without any technical knowledge (The Open University course team 1989). This is a fascinating subject (Lamb 1932), because the phenomena are familiar and the mathematical problems are various (Witham 1974). The literature is vast and the

mechanism

Hydrodynamic Solitons,s a beach. Water waves can be appreciated in a descriptive way without any technical knowledge (The Open University course team 1989). This is a fascinating subject (Lamb 1932), because the phenomena are familiar and the mathematical problems are various (Witham 1974). The literature is vast and the

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Fluxons in Josephson Transmission Lines,f the most successful testing grounds for nonlinear wave theory; their use for information processing and storage is quite attractive. In the long Josephson junction or transmission line, the physical quantity of interest is a quantum of magnetic flux, or a fluxon, which has a soliton behavior. It i

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Fluxons in Josephson Transmission Lines,f the most successful testing grounds for nonlinear wave theory; their use for information processing and storage is quite attractive. In the long Josephson junction or transmission line, the physical quantity of interest is a quantum of magnetic flux, or a fluxon, which has a soliton behavior. It i