Titlebook: Chaos, Kinetics and Nonlinear Dynamics in Fluids and Plasmas; Proceedings of a Wor Sadruddin Benkadda,George M. Zaslavsky Conference procee

受人支配

Dynamical aspects of photon acceleration,the dynamical aspects of the photon ray tracing equations and discuss the possible regimes of regular and stochastic photon acceleration. Photon trapping by an electron plasma wave and a model for photon Fermi acceleration will be presented. Our approach will be based on the Hamiltonian canonical eq

披肩

Enhanced velocity diffusion in slow-growing 1-D langmuir turbulence, time is much smaller than the linear growth time or resonance broadening time. The diffusion enhancement occurs when the resonance broadening time is small compared with the linear growth time. These simulations are self consistent, use a hybrid PIC/spectral symplectic integration method, and have

木质

Neutral-Spine

,Anomalous diffusion in the strong scattering limit: A Lévy walk approach,is framework has been applied to sublinear, dispersive, transport and to enhanced Lévy walks. In its earlier version the CTRW does not include the velocities of the walker explicitly, and therefore it is not suited to analyze situations with randomly distributed velocities. Experiments and theory ha

palliate

coltish

破裂

Canyon

Bernstein-test

https://doi.org/10.1007/978-3-642-50758-8ess for chaotic orbits when they approach the vicinity of SR. As a result, the orbits reveal behavior with power-like tails in the distribution of Poincaré recurrences and exit times, which is unusual for hyperbolic systems. We exploit the generalized fractal dimension to describe the set of recurrences.

MONY

The Long Road of French Neoliberalism,ing by an electron plasma wave and a model for photon Fermi acceleration will be presented. Our approach will be based on the Hamiltonian canonical equations for photons. A covariant Hamiltonian description will also be discussed.