Table 1: PdBI dual frequency observations of GRB 050730. The first three rows refer to the 3 mm band and the last 3 rows refer to the 1 mm band. The flux errors are $1\sigma$ . The last two columns list the beam size and position angle (PA) respectively.
Start time End time Freq. [GHz] Flux [mJy] Beam( $^{\prime\prime} \times ^{\prime\prime}$ ) PA ( $^\circ$ )

2005 Aug. 2.659 2.816 102.746 $2.74\pm 0.94$ $9.2\times 5.7$ 49

2005 Aug. 5.577 5.838 105.304 $1.34\pm 0.51$ $6.9\times 6.4$ 73

2006 Jan. 5.193 5.356 86.847 $-0.24\pm 0.27$ $4.4\times 2.9$ 4

2005 Aug. 2.659 2.816 213.233 $4.39 \pm 4.21$ $4.8\times 2.5$ 10

2005 Aug. 5.577 5.838 214.977 $-5.13 \pm 3.81$ $3.8\times 2.9$ 0

2006 Jan. 5.193 5.356 230.538 $-4.21 \pm 1.93$ $1.7\times 1.1$ 1

**Table 1:** PdBI dual frequency observations of GRB 050730. The first three rows refer to the 3 mm band and the last 3 rows refer to the 1 mm band. The flux errors are $1\sigma$ . The last two columns list the beam size and position angle (PA) respectively.
Start time	End time	Freq. [GHz]	Flux [mJy]	Beam( $^{\prime\prime} \times ^{\prime\prime}$ )	PA ( $^\circ$ )
2005 Aug. 2.659	2.816	102.746	$2.74\pm 0.94$	$9.2\times 5.7$	49
2005 Aug. 5.577	5.838	105.304	$1.34\pm 0.51$	$6.9\times 6.4$	73
2006 Jan. 5.193	5.356	86.847	$-0.24\pm 0.27$	$4.4\times 2.9$	4
2005 Aug. 2.659	2.816	213.233	$4.39 \pm 4.21$	$4.8\times 2.5$	10
2005 Aug. 5.577	5.838	214.977	$-5.13 \pm 3.81$	$3.8\times 2.9$	0
2006 Jan. 5.193	5.356	230.538	$-4.21 \pm 1.93$	$1.7\times 1.1$	1

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