Table 4: The DI dust cloud ``mass spectrometer'': Apex distance, radiation pressure factor $\beta$ and initial velocity as determined from the DI dust ejecta envelope.
Date/time Time after Apex distance $\beta$ Velocity

(UT) impact (h) (km) (m s^-1)

05-07-2005/02:45 20.9 14 100 1.9 370

06-07-2005/00:00 32.0 19 400 0.65 260

07-07-2005/00:00 66.1 22 900 0.3 190

07-07-2005/23:00 89.2 25 000 0.2 160

**Table 4:** The DI dust cloud ``mass spectrometer'': Apex distance, radiation pressure factor $\beta$ and initial velocity as determined from the DI dust ejecta envelope.
Date/time	Time after	Apex distance	$\beta$	Velocity
(UT)	impact (h)	(km)		(m s^-1)
05-07-2005/02:45	20.9	14 100	1.9	370
06-07-2005/00:00	32.0	19 400	0.65	260
07-07-2005/00:00	66.1	22 900	0.3	190
07-07-2005/23:00	89.2	25 000	0.2	160

Source LaTeX | All tables | In the text