Abstract
With help of establishing the moving coordinate on the wave front surface and the perturbation analysis in the boundary layer, the structure of wave front and organization center in excitable media were studied. The eikonal equation of wave front surface and general equation of organization center were obtained. These eikonal equations reveal the wave front surfaces have structures of twisted scroll wave and Mobius band, the organization centers have structures of knotted and linked ring. These theoretical results not only explain the wave pattern of BZ (Belousov-Zhabotainskii) chemical reaction but also give several possibility structure of wave front surface and organization center in general excitable media.
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