  We consider binary suspension of rough, circular particles in two dimensions
under athermal conditions. The mean density of the system is kept constant. The
suspension is subject to a time-independent external drive in response to which
one half of the particles are pulled along the field direction whereas the
other half is pushed in the opposite direction. Simulating the system with
different magnitude of external drive in steady state, we obtain oppositely
moving macroscopic lanes only for a moderate range of external drive. Below as
well as above the range we obtain states with no lane. Hence we find that
no-lane state re-enters along the axis of the external drive in the
non-equilibrium phase diagram corresponding to the laning transition, with
varying roughness of individual particles and external drive. Inter-particle
friction (contact dissipation) due to the roughness of the individual particle
is the main player behind the re-entrance of no-lane state at high external
drives.
