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The coecients of diusion, thermal conductivity, and shear viscosity are calculated for a system of non-relativistic particles interacting via a delta-shell potential V (r) = v (r R) when the average distance between particles is smaller than R. The roles of resonances and long scattering lengths including the unitary limit are examined. Results for ratios of diusion to viscosity and viscosity to entropy density are presented for varying scattering lengths.

Transport Properties of a Non-Relativistic Delta-Shell Gas with Long Scattering Lengths