Table 1. Open in new tab XMM–Newton...

ObsID	Exp. time^a	Date^b	MJD^b	Day^c	pn	MOS1	MOS2
0610000301	37.7	2009-05-06.43	2454957.43	90.4	Thin/small	Medium/small	Medium/small
0610000501	58.1 (40.0)	2009-07-20.04	2455032.04	164.9	Thin/small	Medium/small	Medium/small
0604590301	31.9	2009-08-20.59	2455063.59	196.17	Thin/small	Thin/small	Thin/full
0604590401	51.1	2009-09-23.02	2455097.02	228.93	Thin/small	Thin/small	Thin/full

ObsID	Exp. time^a	Date^b	MJD^b	Day^c	pn	MOS1	MOS2
0610000301	37.7	2009-05-06.43	2454957.43	90.4	Thin/small	Medium/small	Medium/small
0610000501	58.1 (40.0)	2009-07-20.04	2455032.04	164.9	Thin/small	Medium/small	Medium/small
0604590301	31.9	2009-08-20.59	2455063.59	196.17	Thin/small	Thin/small	Thin/full
0604590401	51.1	2009-09-23.02	2455097.02	228.93	Thin/small	Thin/small	Thin/full

Table 1.

XMM–Newton observations of Nova LMC 2009.

ObsID	Exp. time^a	Date^b	MJD^b	Day^c	pn	MOS1	MOS2
	(ks)	(UT)	(d)
0610000301	37.7	2009-05-06.43	2454957.43	90.4	Thin/small	Medium/small	Medium/small
0610000501	58.1 (40.0)	2009-07-20.04	2455032.04	164.9	Thin/small	Medium/small	Medium/small
0604590301	31.9	2009-08-20.59	2455063.59	196.17	Thin/small	Thin/small	Thin/full
0604590401	51.1	2009-09-23.02	2455097.02	228.93	Thin/small	Thin/small	Thin/full

ObsID	Exp. time^a	Date^b	MJD^b	Day^c	pn	MOS1	MOS2
	(ks)	(UT)	(d)
0610000301	37.7	2009-05-06.43	2454957.43	90.4	Thin/small	Medium/small	Medium/small
0610000501	58.1 (40.0)	2009-07-20.04	2455032.04	164.9	Thin/small	Medium/small	Medium/small
0604590301	31.9	2009-08-20.59	2455063.59	196.17	Thin/small	Thin/small	Thin/full
0604590401	51.1	2009-09-23.02	2455097.02	228.93	Thin/small	Thin/small	Thin/full

Exposure time (cleaned of high flaring background intervals and dead time corrected) of the observation.

Start date of the observation.

Time in days after the discovery of Nova LMC 2009 in the optical on 2009 February 05.067 UT (MJD 54867.067, see Liller 2009).