Trinucleon asymptotic normalization constants with the new Bonn potential

The trinucleon asymptotic normalization constants are calculated from solutions to the momentum space Faddeev equations using the new static Bonn two-nucleon potential. We find ‖$C_0$ ${\Vert }^2$=3.39, $C_2$/$C_0$=0.043 ${(}^3$H), and $D_2$=-0.22 ${\mathrm{fm}}^2$. These values are in agreement with most of the experimental data. Furthermore, our results support the capability of the static Bonn potential to predict low-energy three-nucleon observables reasonably well without the introduction of a three-body force.