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The concentration-dependent switching of the non-equilibrium depletion forcesbetween obstacles in an interacting Brownian gas flow is presented. It is shownthat this switching is caused by the blockade effect for the gas particles.With increasing equilibrium gas concentration, the gas particles blockadecauses the obstacle wake inversion (trace profile turn-over) that, in turn,leads to the change of sign of dissipative interaction. Some non-linear effectssuch as formation of a cavity-like sparse wake behind the obstacle and thedissipative pairing effect are discussed briefly. The results are obtainedwithin the lattice gas model in the mean-field approximation.

Switching of non-equilibrium depletion force caused by blockade effect