Electrochromism for the Investigation of Slow Movements in Macromolecules

Abstract

We study, in detail, the s t r u m of the stochastic layer of a resonantly kicked oscillator. For the resonantly kicked case the stochastic layer has a crystalline or quasicrystalline structure depending on the parameter wg? = 2Rn/m, where r is thc kicking period, 2rrfwg the natural period of the oscillator and n and m are integers. For this resonant case we obtain the underlying orbit structure and the exact mechanism responsible for the diffusion in phase space is established. The diffusion of orbits in the stochastic layer is eiamined and a general universal form for the diffusion coefficient obiained.,