Waves in Nonlinear Lattice
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概要
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In this article waves in nonlinear lattice or in nonlinear medium are studied. One of the aims is to seek for the point of view to deal with the great majority of phenomena related to nonlinear waves in general. For one dimensional nonlinear lattice analytic and computer-experimental treatments have been developed. It has been found that a certain kind of pulse-like waves (solitons) is the fundamental motion in nonlinear lattice vibration. If two or more solitons collide, they interact nonlinearly, pass through one another and, when they separate, return to their original forms. Thus solitons are conserved and behave like particles.
- 理論物理学刊行会の論文
- 1970-11-25
著者
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Toda Morikazu
Department Of Applied Mathematics Yokohama National University
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Toda Morikazu
Department Of Applied Physics Faculty Of Science Tokyo University Of Education:(present Address)inst
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TODA Morikazu
Department of Applied Physics, Faculty of Science Tokyo University of Education:(Present address)Institute for Optical Research, Tokyo University of Education
関連論文
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- Equilibrium Vapor Pressure of Indium Antimonide
- On the Theory of Brownian Motion and Spin Relaxation
- Backlund Transformation for the Exponential Lattice
- Localized Vibration and Random Walk
- Some Properties of the Pair Distribution Function
- Experiment on Soliton-Impurity Interaction in Nonlinear Lattice Using LC Circuit
- Waves in Nonlinear Lattice
- Vibration of a Chain with Nonlinear Interaction
- A Canonical Transformation for the Exponential Lattice
- One-Dimensional Dual Transformation
- Interaction of Soliton with an Impurity in Nonlinear Lattice
- Preface
- Preface
- Damping Behavior and Space Dimensions (Part II. Time Dependent Problems)
- Statistical Dynamics of Systems of Interacting Oscillators (Part II. Time Dependent Problems)
- Diffusion on the Fermi Surface
- One-Dimensional Dual Transformation
- Wave Propagation in Anharmonic Lattices
- On the Theory of the Brownian Motion
- On the Theory of Quantum Liquids. I. Surface TenSion and Stress