Random-walk Diffusion Simulation

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Higgins, Paul (2012): Random-walk Diffusion Simulation. figshare.
http://dx.doi.org/10.6084/m9.figshare.96148
Retrieved 03:37, Sep 18, 2014 (GMT)

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This is a supplementary movie submitted with the thesis of Paul A. Higgins (2012). It will also be published with a forthcoming paper (Higgins et al., 2012).

A simulation of magnetic "particles" diffusing across the solar photosphere, under the influence of the velocity field due to emerging supergranules. The parameters (Set 1) are, r_mu = 30/2 Mm, time step = 2 days. The left panel shows the current particle positions with their tracks in black. The right panel shows 1D spatial distributions of the particles using their absolute distance along the X-axis from the origin (gray) and radius from the origin (black). The blue line indicates the half-width-at-half-max of the 1D gaussian fit to the gray curve. The red line indicates the average squared radius of particles from the origin.

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