Induced correlations and rupture of molecular chaos by anisotropic dissipative Janus hard disks
arXiv:1906.02262 · doi:10.1103/PhysRevE.100.052128
Abstract
A system of smooth "frozen" Janus-type disks is studied. Such disks cannot rotate and are divided by their diameter into two sides of different inelasticities. Taking as a reference a system of colored elastic disks, we find differences in the behavior of the collisions once the anisotropy is included. A homogeneous state, akin to the homogeneous cooling state of granular gases, is seen to arise and the singular behavior of both the collisions and the precollisional correlations are highlighted.
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