Titlebook: Soliton Theory and Its Applications; Chaohao Gu Book 1995 Springer-Verlag Berlin Heidelberg 1995 Gravity.Soliton.bäcklund transformation.d

obsession

portant applications in fluid mechanics, nonlinear optics, classical and quantum fields theories etc. This book presents a broad view of soliton theory. It gives an expository survey of the most basic ideas and methods, such as physical background, inverse scattering, Backlünd transformations, finit

狂热语言

Inverse Scattering Methods,. Now it is successfully used to solve many nonlinear equations which have very important applications. It is no doubt major progress in mathematical physics. It is clear now that this discovery has not only provided new methods and concepts for applied technology, but also influenced the development of mathematics itself.

傲慢人

Symmetry,ssed. Further discussion of concepts and methods related with the finding of symmetry will be given. In order to facilitate the reader’s understanding, the KdV equation will be used as an example through out the text.

GIST

羽毛长成

Classical Integrable Systems,rded as rare exceptions, possessing no generic property. Since then, in the study of dynamical systems the stress has been laid on the qualitative theory, whereas little attention has been paid to the integrable theory.

鲁莽

失望昨天

Numerical Study of Nonlinear Waves,onstructed other schemes by using shift functions. The third is the spectral method. Gazdag ., Tappert ., Canosa, Gazdag . Schamel, Elsässer ., Watanabe, Ohishi, Tanaca ., Abe, Inoue . and Guo Ben-yu . provided various spectral schemes for the Korteweg-de Vries equation. Recently Ma He-ping, Guo Ben

桉树

ln, in der Meßtechnik zur pneumatischen oder hydraulischen Anzeige und Regelung (auch von anderen, in Druck umgewandelten Meßgrößen) und zur Fernsteuerung von Ventilen. Man muß diese Drücke messen, auch aus Sicherheitsgründen zur Überwachung von Apparaturen, die nur für eine begrenzte Druckbelastung

MELON

calumniate

Yishen Li eines chemischen Ablaufes einzuhalten oder aber zur Erreichung von genügend hohen Wirkungsgraden nahe an die Grenzbelastung der Apparatur heranfahren zu können. Der oft angeführte Satz, daß alle chemischen Reaktionen mit dem Druck linear, aber mit der Temperatur quadratisch an Intensität gewinnen,