SIMPLE = T / Standard FITS format BITPIX = -32 / Image values are 4-byte reals NAXIS = 2 / # of axes NAXIS1 = 385 / # samples per line NAXIS2 = 385 / # lines in image DATE = '2000-09-05' / Date of creation of this file (UTC) OBJECT = 'Per06' / Name of survey field OBSERVAT= 'Martin ' / Martin Observatory, Virginia Tech TELESCOP= 'SLIC ' / Spectral Line Imaging Camera INSTRUME= '58mm ' / 58mm lens DATE-OBS= '1997-01-08T02:22:00' / Date and time of start of obs. (UTC) COMMENT Start time of observations is approximate to within a few minutes. FILTER = 2 / H-alpha survey filter EXPTIME = 360.0 / Exposure time in seconds (per image) NIMAGES = 6 / Number of images combined GAIN = 2.53 / CCD gain (electrons/ADU) RDNOISE = 6.9 / CCD readout noise (electrons rms) CAMTEMP = -110.5 / Approximate CCD temperature (C) BUNIT = 'R ' / Image (intensity) units are Rayleighs (R) COMMENT 1 R = 10**6/4pi photons/cm**2/s/sr DATAMAX = 3.055681E+03 / Maximum data value (R) DATAMIN = -4.490091E+00 / Minimum data value (R) RADECSYS= 'FK5 ' CTYPE1 = 'RA---TAN' / Coordinate type (gnomonic projection) CRVAL1 = 45.652563702 / RA at reference sample (degrees) CRPIX1 = 183.884 / Reference sample (pixel) CDELT1 = -0.026824386 / Coordinate increment along axis 1 (deg/pixel) CTYPE2 = 'DEC--TAN' / Coordinate type (gnomonic projection) CRVAL2 = 32.309409147 / DEC at reference line (degrees) CRPIX2 = 164.793 / Reference line (pixel) CDELT2 = 0.026824386 / Coordinate increment along axis 2 (deg/pixel) EQUINOX = 2000 CROTA1 = 0.441 / Rotation of axis 1 from RA (degrees) CROTA2 = 0.441 / Rotation of axis 2 from DEC (degrees) COMMENT CROTA1 = CROTA2 = image rotation angle r. If r=0, and the image is COMMENT displayed with pixel coordinate x increasing toward the right and COMMENT pixel coordinate y increasing upward, then RA will increase toward theCOMMENT left and DEC will increase upward, at the coordinate reference pixel. COMMENT If r>0, the DEC axis is rotated by r degrees counterclockwise from theCOMMENT vertical y axis, at the coordinate reference pixel. IMWCS = '2.6.3, 9 July 1999, Doug Mink, SAO' / WCSTools version OHRING = T / Atmospheric OH ring removed (T=yes, F=no) GRADIENT= T / Background gradient removed (T=yes, F=no) CONTINUM= F / Continuum correction applied (T=yes, F=no) MEDIAN0 = T / Median image value set to 0 (T=yes, F=no) CRADIUS = 190 / Radius of cropped circular image (pixels) COMMENT The IEEE-754 floating point value NaN is used to represent undefined COMMENT (i.e., blank) values outside the circular image. END n " 2-(HA8瓿5.A^B\kBd@] пty?}$>L@\nv 2A)d.G߿GBlAXA?!DZf0#8A榿͏՚4bc?DF`U%`Ĝ@;G];X?A5AֿA 2./4O?2‿v(?ؚHwo~2=οY]9jk0Qm72:?[p?A:k'P0|(2' h@+@>(Z|M̠:w%?" "#}.'nA?A_鰿>Ab7G5= !Y?&x@ y?d[Hp.C!r=@5z&gW?= Nd|vL.GCd\27*B ?i^X.AXn4@m@O ?J-v % h9 벿шw`=1e|y67.,6g%c*:?s]YA<@$RؿW~N-Ps<