Table 2: Observational log. For each night, the number of observations is given for each filter U, B and I. Also the heliocentric ( $r_{\rm h}$ ) and geocentric ( $\Delta$ ) distances are given (in AU, at 0:00 UT), together with the correction factor $f_{\rm a}$ (see Eq. (2) in Sect. 4.2).
Observational log

n(U) n(B) n(I) $r_{\rm h}$ $\Delta$ $f_{\rm a}$

2005-Jan.-08 5 5 5 1.2337 0.3485 1.00

2005-Jan.-09 9 9 9 1.2305 0.3500 1.00

2005-Jan.-10 10 9 8 1.2274 0.3520 1.01

2005-Jan.-11 8 9 8 1.2245 0.3546 1.02

2005-Jan.-12 8 8 8 1.2219 0.3577 1.03

2005-Jan.-13 8 8 8 1.2194 0.3613 1.05

2005-Jan.-14 6 6 6 1.2171 0.3654 1.07

2005-Jan.-15 5 5 5 1.2150 0.3699 1.09

**Table 2:** Observational log. For each night, the number of observations is given for each filter U, B and I. Also the heliocentric ( $r_{\rm h}$ ) and geocentric ( $\Delta$ ) distances are given (in AU, at 0:00 UT), together with the correction factor $f_{\rm a}$ (see Eq. (2) in Sect. 4.2).
Observational log
	n(U)	n(B)	n(I)	$r_{\rm h}$	$\Delta$	$f_{\rm a}$
2005-Jan.-08	5	5	5	1.2337	0.3485	1.00
2005-Jan.-09	9	9	9	1.2305	0.3500	1.00
2005-Jan.-10	10	9	8	1.2274	0.3520	1.01
2005-Jan.-11	8	9	8	1.2245	0.3546	1.02
2005-Jan.-12	8	8	8	1.2219	0.3577	1.03
2005-Jan.-13	8	8	8	1.2194	0.3613	1.05
2005-Jan.-14	6	6	6	1.2171	0.3654	1.07
2005-Jan.-15	5	5	5	1.2150	0.3699	1.09

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