Titlebook: Nonlinear Coherent Structures in Physics and Biology; K. H. Spatschek,F. G. Mertens Book 1994 Springer Science+Business Media New York 199

interlude

無(wú)能力

Quantum Correlations of Toda Latticeties in terms of some appropriate and (as much as possible) simple model. In condensed matter physics, whose objects are systems made up of 10. atoms/mol held together by electromagnetic forces, that means to examine the macroscopic, i. e. statistical, properties of models composed by a very large n

Amorous

REIGN

Anharmonic Localized Modes in Physical and Biological Systemsmobile ones under certain conditions irrespective of the space dimensionalilty of the lattice systems.. In particular, the ubiquity of the immobile anharmonic localized modes has been shown by the fact that they can exist both in ordered and disordered lattices and molecular systems.. Conceptually,

Statins

Soliton Scattering by an Impurity on a Nonlinear Lattice structural disorder and nonlinearity in many physical contexts.. Is is well known that each leads to Anderson localization due to disorder and soliton due to nonlinearity. Then the problems are; Does a soliton behave as a particle even in the presence of disorder? Does nonlinearity prevent the form

季雨

憤怒事實(shí)

Bound States in the Gaps of Periodic Latticeshere the propagation constant κ is periodically modulated in space, the spectrum of the stationary wave equation exhibits a set of gaps inside which the Floquet exponents of the solutions are real. If κ is made dependent on the wave intensity (index of refraction modified by the Kerr effect in optic

含鐵

Paradox

Transport Properties in a Two-Coupled Zig-Zag Atomic Chain Model Including Dipole-Dipole Interactiones and either a double sine-Gordon (DSG) or a doubly periodic quadratic (DPQ) potential. The model is based on the simultaneous formation and propagation of both types of defects (ionic and Bjerrum). We additionally introduce the dipole interactions occuring between the dipoles due to the protonic m

絕緣

Chains of Hydrogen-Bonded Molecules: Structural Data and Localized Modesides.. ACN displays some anomalous infrared and Raman modes, the origin of which is still a subject of controversy..Tentative explanations of these extra-intensities observed at low temperature have been given in terms of Davydov-like soliton theory., vibron soliton., “polaronic” localized mode., no