The structure and thermodynamics of the (100) and (111) disordered face-cen
tred cubic (fcc) crystal/melt interfaces for a binary hard sphere system ha
ve been examined using molecular dynamics simulation. This study is an exte
nsion of previous work (Davidchack, R. L., and Laird, B. B., 1996, Phys. Re
v. E, 54, R5905), in which preliminary data for the (100) interface were re
ported. Density and diffusion profiles on both fine and coarse grained scal
es are calculated and analysed, leading to the conclusion that equilibrium
interfacial segregation is minimal in this system.