of the amplitude (right panel) as functions of $T_\alpha$. Curves are plotted by using the effective range parameters, fitted from the $D0$, $D1$, $D2$ data sets, presented in Table \[table:d-wave\_parameters\]. Exp. phase shift data are also included in the figure. A filled box in the right panel represents the binding energy of the $2^+_1$ state. []{data-label="fig;dw"}](fig-fdwQp.eps "fig:"){width="7.5cm"}

![ Phase shift, $\delta_3$, (left panel) and the real part of denominator, $ReD_3(k)$, of the amplitude (right panel) as functions of $T_\alpha$. Curves are plotted by using the effective range parameters, fitted from the $F0$, $F1$ $F2$ data sets, presented in Table \[table:f-wave\_parameters\]. Exp. phase shift data are also included in the figure. A filled box in the right panel represents the binding energy of the $3^-_1$ state. []{data-label="fig;fw"}](fig-phfwR.eps "fig:"){width="7.5cm"} ![ Phase shift, $\delta_3$, (left panel) and the real part of denominator, $ReD_3(k)$, of the amplitude (right panel) as functions of $T_\alpha$. Curves are plotted by using the effective range parameters, fitted from the $F0$, $F1$ $F2$ data sets, presented in Table \[table:f-wave\_parameters\]. Exp. phase shift data are also included in the figure. A filled box in the right panel represents the binding energy of the $3^-_1$ state. []{data-label="fig;fw"}](fig-ffwR.eps "fig:"){width="7.5cm"}

In Figs. \[fig;sw\], 