All Tables

Table 1: Amplitudes (in km s^-1) of the frequencies $f_{\rm rot}\in [0.22;0.28]$ c d^-1, f₁ = 4.99922 c d^-1 and 2f₁ for the EW ( top); amplitudes (in km s^-1) of f₁, f₂, f₃ and 2f₁ for $\langle v\rangle$ ( bottom) of the Si III 4552.654 Å ( left) and Si III 4567.872 Å ( right) line of $\kappa~$ Sco, calculated from the original observed spectra and from the disentangled spectra. The last column denotes the total variance reduction (f.v.) derived from the least-squares fits to the data with the considered frequencies.
Table 2: Blue-to-red phase differences of f and its first harmonic together with estimates for $\ell$ and m for f₁, f₂ and f₃ (Telting & Schrijvers 1997). The phase differences $\Delta \Psi$ are given in $\pi$ radians. Due to the bad quality of the IPS diagnostics associated to 2f₃ (see Fig. 6), we cannot provide information on the m-value of this mode.
Table 3: List of the five lowest values of the discriminant $\Sigma$ (in km s^-1) for the mode identification of f₁ by the MM. i is the inclination angle, expressed in degrees. The amplitude(s) of the radial part of the pulsation velocity $A_{\rm p}$ ( $A'_{\rm p}$ ), the projected rotational velocity $v\sin~i$ and the intrinsic LP width $\sigma$ are all expressed in km s^-1.
Table 4: List of the ten lowest values of the discriminant $\Sigma$ for the mode identification of f₁ and 2f₁ by the MM. The symbols are similar as those in Table 3.