¦V($TITLE = "dflat1" $CTIME = 573582060 $MTIME = 573582060 $LIMTIME = 0 $MINPIXVAL = 0. $MAXPIXVAL = 0. EXTEND = T / There may be extensions ORIGIN = 'NOAO-IRAF FITS Image Kernel Aug 1 1997' / FITS file originator DATE = '26/02/98' / Date FITS file was generated IRAF-TLM= '17:54:28 (26/02/1998)' / Time of last modification OBJECT = 'dflat1 ' / Name of the object observed IMAGEID = 3 / Image identification EXPTIME = 1.000 / Exposure time in secs DARKTIME= 2.473 / Total elapsed time in secs TELRA = '6:31:48.60 ' / RA of observation (hr) TELDEC = '-20:00:00.0 ' / DEC of observation (deg) TELEQUIN= '1997.8 ' / Equinox of coordinate system TELRADEC= 'FK5? ' / Default coordinate system CCDNAME = 'Mosaic CCD 3 [3,1]' / CCD name AMPNAME = 'Mosaic CCD 3 [3,1], lower left (Amp211)' / Amplifier name GAIN = 7.0 / gain for amp 211 (e-/ADU) RDNOISE = 11. / read noise for amp 211 (e-) SATURATE= 65535 / Maximum good data value (ADU) CONHWV = 'ACEB002_AMP11' / Controller hardware version ARCONG = 7.0 / gain expected for amp 211 (e-/ADU) ARCONRN = 11. / read noise expected for amp 211 (e-) BPM = 'mscdb$noao/mosaic1/bpm_im3' / Bad pixel mask CCDSIZE = '[1:2044,1:4096]' / CCD size CCDSUM = '1 1 ' / CCD pixel summing CCDSEC = '[1:2044,1:4096]' / CCD section AMPSEC = '[1:2044,1:4096]' / Amplifier section DETSEC = '[4089:6132,1:4096]' / Detector section ATM1_1 = 1. / CCD to amplifier transformation ATM2_2 = 1. / CCD to amplifier transformation ATV1 = 0. / CCD to amplifier transformation ATV2 = 0. / CCD to amplifier transformation LTM1_1 = 1.0 / CCD to image transformation LTM2_2 = 1.0 / CCD to image transformation DTM1_1 = 1. / CCD to detector transformation DTM2_2 = 1. / CCD to detector transformation DTV1 = 4088. / CCD to detector transformation DTV2 = 0. / CCD to detector transformation CTYPE1 = 'RA---TAN' / Coordinate type CTYPE2 = 'DEC--TAN' / Coordinate type CRVAL1 = 0.00000000E+00 CRVAL2 = 0.00000000E+00 CRPIX1 = -38.868 / Coordinate reference pixel CRPIX2 = 4122.468 / Coordinate reference pixel CD1_1 = 1.6743424e-07 / Coordinate transformation matrix CD2_1 = -7.2385345e-05 / Coordinate transformation matrix CD1_2 = -7.2141408e-05 / Coordinate transformation matrix CD2_2 = -3.3771898e-07 / Coordinate transformation matrix WCSDIM = 2 / Coordinate system dimensionality WAT0_001= 'system=image' / Coordinate system WAT1_001= 'wtype=tan axtype=ra' / Coordinate type WAT2_001= 'wtype=tan axtype=dec' / Coordinate type WCSSOL = 'mscdb$noao/mosaic1/4meter/wcs.dat im3' / Plate solution TRIM = 'Oct 25 5:28 Trim data section is [1:2044,1:4096]' OVERSCAN= 'Oct 25 5:28 Overscan section is [2059:2108,1:4096] with function=mi' ZEROCOR = 'Oct 25 5:28 Zero level correction image is /md1/4meter/noche1/Zero_' DARKCOR = 'Oct 25 5:28 Dark count correction image is Dark_1022.fits[im3] with' CCDPROC = 'Oct 25 5:28 CCD processing done' CCDMEAN = 1781.359 CCDMNTMP= 1781.359 BZERO = 0.0000000000000E+00 BSCALE = 1.0000000000000E+00 Þü77É( úÿÿÿÉ` @` ` @` ` @` @` ` @< @q` ` @6` @` @# @ @ @` @6` @% @ @¨` @*` @ A` @` @` @ @ A©` @Ì` @¼`` @ ` @ @`` @`` @ @ @` @` @Ð` @6` @ A` @ ` @` @I @A` @=` @` @` @E @<` @¥`` @ @ @ @n @ @X @ @ @ @ @` @ß` @` @` @ @ @2`` @% @` @ ` @ @ @\ @` @`üGü @—@Á‡@ ‡@P{ @Ut#@Á‡@ ‡@P{ @r@ @Á‡@ ‡@P{ @r@@Á‡@ ‡@P{@s@P@Á‡@ ‡@P{ @Uv!@Á‡@ ‡@P{ @—@Á‡@ ‡@P{ @—@Á‡@ P;L@P{ @—@Á‡@ ‡@P{ @@‘@Á‡@ ‡@P{@@P@Á‡@ ‡@P{< @—@Á‡@ ‡@P{q @ß@ ‡@P{ @VN‘@ ‡@P{ @VNP@ ‡@P{6 @ß@ ‡@P{ @ß@ L@9@P{ @ß@ ‡@P{ @ß@ W@ &@P{# @ß@ V@ &@P{ @®@ &@ V@ &@P{@®@ R2ô@ V@ &@P{ @®@ &@ V@ &@P{@R«@ &@ V@ &@P{6 @®@ &@ V@ &@P{@®@ QŠœ@ V@ &@P{% @®@ &@ V@ &@P{@®@ &@ V@ P @P{¨ @®@ &@ V@ &@P{@RgG@ &@ V@ &@P{* @®@ &@ V@ &@P{@PÊä@ &@ V@ &@P{ @®@ &@ V@ &@P{@®@ &@ PW@,@P{@®@ Rƒ£@ PW@,@P{@®@ &@ PW@,@P{@®@ &@ PW@P&@P{@®@ &@ PW@,@P{@R @ &@ PW@,@P{@®@ &@ PW@,@P{@®@ è@:@ PW@,@P{©@®@ &@ PW@,@P{@P‡'@ &@ PW@,@P{Ì@®@ &@ PW@,@P{@®@ S½i@ PW@,@P{¼@®@ &@ PW@,@P{@®@ I@Û@ PW@,@P{@®@ RKÛ@ PW@,@P{ @®@ &@ PW@,@P{@®@ Q¨~@ PW@,@P{@®@ &@ PW@,@P{@®@ &@ PW@+@P{@®@ &@ PW@ &@P{@®@ &@ PW@ %@P{@®@ &@ PW@@%@P{@®@ &@ PW@@%@P{@®@ &@ PW@@&@P{@®@ &@ PW@@'@P{@®@ &@ PW@P(@P{@®@ &@ PW@,@P{@®@ QœŠ@ PW@,@P{@®@ &@ PW@,@P{@®@ &@ PW@@P@P{Ð@®@ &@ PW@,@P{@®@ Qý)@ PW@,@P{6@®@ &@ PW@,@P{@®@ @ @ PW@,@P{ @®@ @ @ PW@,@P{@®@ &@ PW@,@P{@®@ S–@ PW@,@P{ @®@ &@ PW@,@P{@®@ P@ PW@,@P{@®@ &@ PW@,@P{@P®@ &@ PW@,@P{I@®@ &@ PW@,@P{A@®@ &@ PW@+@P{@P·÷@ &@ PW@+@P{=@®@ &@ PW@+@P{@®@ Sú,@ PW@+@P{@®@ &@ PW@+@P{@®@ S>è@ PW@+@P{@®@ &@ PW@+@P{@®@ QXÎ@ PW@+@P{E@®@ &@ PW@+@P{<@®@ @ @ PW@+@P{@®@ @ R“@ PW@+@P{¥@®@ @ @ PW@+@P{@®@ @ @ 1@P!@+@P{@®@ @ @ 0@P!@+@P{@®@ @ @ 1@P!@+@P{@®@ PË<@ @ 1@P!@+@P{@®@ @ @ 1@P!@+@P{n@®@ @ @ PW@+@P{ @®@ @ @ ˆ@ PW@+@P{X@®@ @ @ PW@+@P{@®@ @ @ PW@,@P{@&@†@ @ @ PW@,@P{@&@†@ @ ƒ@‰@ PW@,@P{@®@ @ ƒ@‰@ PW@,@P{@®@ @ @ PW@,@P{@®@ @ Qzš@ PW@,@P{ß@®@ @ @ PW@,@P{@R†(@ @ @ PW@,@P{@®@ @ @ PW@,@P{@®@ @ Q`´@ PW@,@P{@®@ @ @ PW@,@P{@®@ @ PÍG@ PW@,@P{@®@ @ @ PW@,@P{@z@1@ @ @ PW@,@P{2@®@ @ @ PW@,@P{@®@ @ Q|˜@ PW@,@P{@®@ @ Q|P–@ PW@,@P{%@®@ @ @ PW@,@P{@®@ @ @ >@ P@,@P{@®@ @ ë@$@ >@ P@,@P{ @®@ @ ì@$@ >@ P@,@P{@®@ @ P6Þ@ >@ P@,@P{@®@ @ @ >@ P@,@P{ @®@ @ o@ ›@ >@ P@,@P{\@®@ @ @ >@ P@,@P{@®@ @ @ @@P@,@ P€@®@ @ @ @@@,@ P€@®@ @ @ @@@@+@ P€Gü