  We present a numerical study of a trapped binary Bose-condensed gas by
solving the corresponding Hartree-Fock equations. The density profile of the
binary Bose gas is solved with a harmonic trapping potential as a function of
temperature in two and three dimensions. We find a symmetry breaking in the two
dimensional case where the two condensates separate. We also present a phase
diagram in the three dimensional case of the different regions where the binary
condensate becomes a single condensate and eventually an ordinary gas as
function of temperature and the interaction strength between the atoms.
