Table 1: Summary of observed targets. $\mu=\cos(\theta)$ with $\theta$ the observing angle. e time is the effective exposure time per line position, i.e., the sum of all exposure times.
date NOAA number position [ $\hbox{$^\circ$ }$ ] $\mu$ e time

07-Jan-2006 AR10845 N18 E64 0.39 7.8

10-Jun-2006 AR10893 N01 E17 0.95 7.8

12-Sep-2006 AR10908 S09 W12 0.94 7.5

15-Sep-2006 AR10908 S13 W51 0.58 7.7

**Table 1:** Summary of observed targets. $\mu=\cos(\theta)$ with $\theta$ the observing angle. e time is the effective exposure time per line position, i.e., the sum of all exposure times.
date	NOAA number	position [ $\hbox{$^\circ$ }$ ]	$\mu$	e time
07-Jan-2006	AR10845	N18 E64	0.39	7.8
10-Jun-2006	AR10893	N01 E17	0.95	7.8
12-Sep-2006	AR10908	S09 W12	0.94	7.5
15-Sep-2006	AR10908	S13 W51	0.58	7.7

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