Deep Lens Survey : Real-time Transient trans1005


Return to Main Transient Page



Time-series of a transient event. The left column represents a sequence of images including transient trans1005. The sequence increases in time down the page. The highlighted row indicates the object was discovered in this image. Each mosaic shows the template image, the image with the transient, and a difference of the two. It is possible we do not have a difference image (i.e. the template observation), in which case we display a single observation. Each component of the mosaic is 200 pixels (50''). For CTIO images, East is up and North to the right. For KPNO, East is down and North is to the left.

The second column gives the UT date and time (and MJD) of observation start for the images containing the transient, filter used, and an estimate of the magnitude of the variability in this filter, determined from the SExtractor MAG_BEST parameter and a zero-point comparison using the USNO catalogue. While the magnitude zero-points are accurate to only 0.1 in R and B, and 0.5 in V and z, these magnitudes are relative to nearby stars and thus the variations with time are more accurate. Transients also include the RA and DEC (J2000) of each object in each observation, to 0.5'' accuracy.



Mosaic
Dates, times, filters, magnitudes, positions
Prior : 2003-03-07 03:40:55.3 (52705.1534178)
B = 20.6
EXPTIME = 600.0 s
RA = 09:15:51.963
DEC = +29:07:32.83
Prior : 2003-03-07 04:06:06.0 (52705.1709028)
B = 20.7
EXPTIME = 600.0 s
RA = 09:15:50.678
DEC = +29:07:17.11
Discovery : 2003-03-07 04:18:41.4 (52705.1796458)
B = 21.5
EXPTIME = 600.0 s
RA = 09:15:50.120
DEC = +29:07:10.57
Subsequent : 2003-03-07 04:31:16.6 (52705.1883866)
B = 20.7
EXPTIME = 600.0 s
RA = 09:15:49.380
DEC = +29:07:01.34
Subsequent : 2003-03-07 04:54:00.1 (52705.2041678)
B = 21.5
EXPTIME = 600.0 s
RA = 09:15:48.325
DEC = +29:06:48.43
Subsequent : 2003-03-07 05:06:35.5 (52705.2129109)
B = 21.0
EXPTIME = 600.0 s
RA = 09:15:47.640
DEC = +29:06:40.02
Subsequent : 2003-03-07 05:19:10.7 (52705.2216516)
B = 20.5
EXPTIME = 600.0 s
RA = 09:15:46.903
DEC = +29:06:31.02
Subsequent : 2003-03-07 05:31:46.0 (52705.2303935)
B = 21.3
EXPTIME = 600.0 s
RA = 09:15:46.374
DEC = +29:06:24.58
Subsequent : 2003-03-07 05:44:21.0 (52705.2391319)
B = 20.7
EXPTIME = 600.0 s
RA = 09:15:45.612
DEC = +29:06:15.16
Subsequent : 2003-03-07 05:57:25.2 (52705.2482083)
V = 19.8
EXPTIME = 600.0 s
RA = 09:15:44.946
DEC = +29:06:06.91
Subsequent : 2003-03-07 06:10:00.5 (52705.2569502)
V = 20.2
EXPTIME = 600.0 s
RA = 09:15:44.298
DEC = +29:05:58.91
Subsequent : 2003-03-07 06:22:35.8 (52705.2656921)
V = 21.4
EXPTIME = 600.0 s
RA = 09:15:43.804
DEC = +29:05:52.82
Subsequent : 2003-03-07 06:35:11.1 (52705.274434)
V = 19.9
EXPTIME = 600.0 s
RA = 09:15:43.010
DEC = +29:05:42.92
Subsequent : 2003-03-07 06:47:46.1 (52705.2831724)
V = 20.0
EXPTIME = 600.0 s
RA = 09:15:42.366
DEC = +29:05:34.91
This page powered by Open Source software, including APACHE, EMACS, and PERL

Please mail questions or comments to Andy Becker
Deep Lens Survey Transient Page
Last updated : Fri Mar 14 17:22:41 EST 2003