[PDF][PDF] Dynamics of particles in corrugated waveguides classical description
AJ Martínez-Mendoza, JA Méndez-Bermúdez… - Revista Mexicana de …, 2012 - redalyc.org
Revista Mexicana de Física, 2012•redalyc.org
We construct a classical map to describe the dynamics of point particles moving inside a
corrugated waveguide. By the use of Chirikov's overlapping resonance criterion we are able
to identify the onset of global chaos as a function of the geometrical parameters of the
waveguide. Then,(i) in the regime of global chaos we derive an heuristic expression for the
diffusion coefficient of the angle; and (ii) in the regime of mixed chaos we analyze the
scaling of the angle dispersion.
corrugated waveguide. By the use of Chirikov's overlapping resonance criterion we are able
to identify the onset of global chaos as a function of the geometrical parameters of the
waveguide. Then,(i) in the regime of global chaos we derive an heuristic expression for the
diffusion coefficient of the angle; and (ii) in the regime of mixed chaos we analyze the
scaling of the angle dispersion.
We construct a classical map to describe the dynamics of point particles moving inside a corrugated waveguide. By the use of Chirikov’s overlapping resonance criterion we are able to identify the onset of global chaos as a function of the geometrical parameters of the waveguide. Then,(i) in the regime of global chaos we derive an heuristic expression for the diffusion coefficient of the angle; and (ii) in the regime of mixed chaos we analyze the scaling of the angle dispersion.
redalyc.org
以上显示的是最相近的搜索结果。 查看全部搜索结果