Table 1: Observational conditions: $T_{\rm exp}$ is the exposure time in seconds, air. is the mean airmass of each object during the exposure time.
Object Night UT $_{\rm start}$ $T_{\rm exp}$ Air. Solar Analog

(hh:mm) (s) (air.)

2867 Steins 25 May 04 23:45 1200 1.41 la102-1081 (1.20)

2867 Steins 13 Aug. 05 07:10 780 1.05 HD 1835 (1.07)

3103 Eger 20 Jan. 07 06:56 780 1.31 la98-978 (1.35)

**Table 1:** Observational conditions: $T_{\rm exp}$ is the exposure time in seconds, air. is the mean airmass of each object during the exposure time.
Object	Night	UT $_{\rm start}$	$T_{\rm exp}$	Air.	Solar Analog
		(hh:mm)	(s)		(air.)
2867 Steins	25 May 04	23:45	1200	1.41	la102-1081 (1.20)
2867 Steins	13 Aug. 05	07:10	780	1.05	HD 1835 (1.07)
3103 Eger	20 Jan. 07	06:56	780	1.31	la98-978 (1.35)

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