  The results of all currently operating solar neutrino experiments are
analyzed in the framework of the resonant neutrino spin--flavor precession
scenario including the effects of neutrino mixing. Nine different profiles of
the solar magnetic field are used in the calculations. It is shown that the
available experimental data can be accounted for within the considered
scenario. The Ga--Ge data lead to an upper limit on the neutrino mixing angle:
$\sin 2\theta_0 \aprle 0.25$. One can discriminate between small mixing angle
($\sin 2\theta_0 \aprle 0.1$) and moderate mixing angle solutions by studying
the solar $\bar{\nu}_{e}$ flux which is predicted to be sizeable for moderate
mixing angles. The expected signals due to $\bar{\nu}_{e}$ in the SNO,
Super--Kamiokande and Borexino experiments are calculated and found to be
detectable for $\sin 2\theta_0 \aprge 0.1$.
