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may 2010
I have made a new copy of the ESO
log and checked that the data of the first two nights (28 and 29-April)
are in chronical order (to the extent that
the ESO log is: I have complained to ESO about the
apparently random switching of the year and they are looking
in to it.
We both have a log with the basic data so I no longer
need to type in the properties of each fits file.
I will show the ds9 image for all of the 28-*
and 29-* files
including three (28-x1, 28-x3), which are not in the
ESO log. All of the images are set to zoom 0.25
and histogram equalization.
At 28/5/2010 the jpgs for set 28 (25) and 29 (31) are present and on the blog.
A.R. Has suggested that we finish the 80% completed work (and nothing more).
Seems good to me.
28-1 OIII
28-x1
28-x2
28-x3
28-2 OIII
28-3 OIII
28-4 OIII
28-5 OIII
28-6 OIII
28-7 OIII
28-8 OIII
28-9 OIII
28-10 OIII
28-11 OIII
28-12 OIII
28-13 OIII
28-14 OIII
28-15 OIII
28-16 OIII
28-17 OIII
28-18 OIII
28-19 OIII
28-20 OIII
28-21 OIII
28-22 OIII
28-23 OIII
28-24
28-25 OIII
29-1
M87-pn field A PA 180
29-2
M87-pn field PA 180
29-3
29-4
29-5
29-6
PA 0
29-7
29-8
29-9
29-10
29-11
29-12
29-13
29-14
29-15
29-16
29-17
29-18
29-19
29-20
29-21
29-22
29-23
29-24
29-25
29-26
29-27
29-28
29-29
29-30
29-31
28-26 OIII
28-27
28-29
7-3-2010
scanning through fits files encounter promising image 28-30
shows stellar -like objects -Aaron says it is one of the m87 pointings.
He asks if we have diagrams of the field locations.
bI think this shows on-sky spectra. The horizontal stripes are the individual spectra
from the 4bx4b mask bslotsb You can see the night sky lines as faint boxes.
The one exception is the spectrum with a bright narrow line which must
slit come from a normal 1bx4b slit. There is also a black vertical line as a bad
collumb, and many bright points that are cosmic ray hits.Does all this make sense?
28-30
28-31
28-x1
28-x2
28-x3