  We study the CP-violating bubble wall by solving the coupled equations of
motion derived from the two-Higgs-doublet model for the moduli $\rho_i$ and
phases $\theta_ i$ of the two scalars $(i=1,2)$ at the transition temperature.
We find a solution that the CP-violating phase $\theta\equiv\theta_1-\theta_2$
connecting the CP-conserving vacua strongly violates CP in the intermediate
region while the moduli largely deviate from the kink shape there. We estimate
the chiral charge flux through the wall surface, which may be efficient enough
to produce the baryon asymmetry by the sphaleron process.
