  The differential cross sections for low-energy muonic hydrogen atom
scattering in liquid hydrogenic targets have been calculated in the incoherent
approximation using the Van Hove response function. A simple model of liquids
and the available experimental parameters have been employed for a description
of the diffusive and vibrational modes in these targets. At collision energies
below about 10 meV, the obtained cross sections are very different from the
analogous cross sections for scattering in hydrogenic gases.
