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.
$(\ell ,m)$ $(\ell',m')$ $\Sigma$ A_p A'_p i $v\sin~i$ $\sigma$

$\bf {(2,-1)}$ $\bf {(2,-2)}$ 8.32 23.10 4.45 69 95 8.5

(1,-1) (2,-2) 9.29 27.64 3.94 83 96 4.5

(2,-1) (3,-2) 9.39 27.64 14.55 73 95 8.0

(2,-1) (3,-1) 9.77 15.49 10.77 43 94 10.0

(1,-1) (3,-1) 10.07 15.79 11.60 45 95 8.0

(1,-1) (3,-2) 10.16 11.25 32.40 83 94 10.0

(1,-1) (2,-1) 10.50 12.53 4.80 63 96 5.0

(2,-1) (2,0) 10.51 15.93 5.51 38 94 9.5

(2,-1) (2,-1) 10.82 17.85 4.48 60 95 8.0

(1,-1) (1,-1) 11.03 12.22 2.76 66 96 5.0

**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.
$(\ell ,m)$	$(\ell',m')$	$\Sigma$	A_p	A'_p	i	$v\sin~i$	$\sigma$
$\bf {(2,-1)}$	$\bf {(2,-2)}$	8.32	23.10	4.45	69	95	8.5
(1,-1)	(2,-2)	9.29	27.64	3.94	83	96	4.5
(2,-1)	(3,-2)	9.39	27.64	14.55	73	95	8.0
(2,-1)	(3,-1)	9.77	15.49	10.77	43	94	10.0
(1,-1)	(3,-1)	10.07	15.79	11.60	45	95	8.0
(1,-1)	(3,-2)	10.16	11.25	32.40	83	94	10.0
(1,-1)	(2,-1)	10.50	12.53	4.80	63	96	5.0
(2,-1)	(2,0)	10.51	15.93	5.51	38	94	9.5
(2,-1)	(2,-1)	10.82	17.85	4.48	60	95	8.0
(1,-1)	(1,-1)	11.03	12.22	2.76	66	96	5.0

Source LaTeX | All tables | In the text

	1 Introduction
	2 Physical parameters of the system
	3 Disentangled versus non-disentangled spectra
	4 Frequency analysis
	5 Interpretation of the line-profile variability
	6 Summary and discussion
	References