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SIMPLE  =                    T / Written by IDL:  Mon Jul 16 15:20:40 2012
BITPIX  =                  -32 / IEEE single precision floating point
NAXIS   =                    2 /Number of data axes
NAXIS1  =                  240 /Length of data axis 1
NAXIS2  =                  280 /Length of data axis 2
DATE    = '2012-03-21'         /File creation date (yyyy-mm-dd)
OBJECT  = 'NGC 4472'           /Title of the dataset
TELESCOP= 'Spitzer '           /Telescope name
INSTRUME= 'MIPS    '           /Instrument name
CHNLNUM =                    2 /MIPS channel number (1=24um,2=70um,3=160um)
WAVELEN =          7.14200E-05 /Wavelength of the observation (m)
FREQ    =          4.20050E+12 /Frequency of the observations (Hz)
AORKEY1 = '5565440 '           /Spitzer AOR key 1
AORKEY2 = '5565696 '           /Spitzer AOR key 2
AORKEY3 = '5566464 '           /Spitzer AOR key 3
AORKEY4 = '5566720 '           /Spitzer AOR key 4
AORKEY5 = '5566976 '           /Spitzer AOR key 5
AORKEY6 = '5567232 '           /Spitzer AOR key 6
AORKEY7 = '12762112'           /Spitzer AOR key 7
AORKEY8 = '12762624'           /Spitzer AOR key 8
AORKEY9 = '12763648'           /Spitzer AOR key 9
AORKEY10= '12782336'           /Spitzer AOR key 10
AORKEY11= '12782848'           /Spitzer AOR key 11
AORKEY12= '12783104'           /Spitzer AOR key 12
AORKEY13= '19272448'           /Spitzer AOR key 13
AORKEY14= '19272704'           /Spitzer AOR key 14
AORKEY15= '19273984'           /Spitzer AOR key 15
AORKEY16= '19274240'           /Spitzer AOR key 16
AORKEY17= '19274496'           /Spitzer AOR key 17
AORKEY18= '19274752'           /Spitzer AOR key 18
AORKEY19= '19275008'           /Spitzer AOR key 19
AORKEY20= '19275264'           /Spitzer AOR key 20
AORKEY21= '19276032'           /Spitzer AOR key 21
AORKEY22= '19276288'           /Spitzer AOR key 22
AORKEY23= '19277056'           /Spitzer AOR key 23
AORKEY24= '19277312'           /Spitzer AOR key 24
AORKEY25= '19278080'           /Spitzer AOR key 25
AORKEY26= '19278336'           /Spitzer AOR key 26
AORKEY27= '19279104'           /Spitzer AOR key 27
AORKEY28= '19279360'           /Spitzer AOR key 28
AORKEY29= '19279616'           /Spitzer AOR key 29
AORKEY30= '19279872'           /Spitzer AOR key 30
AORKEY31= '19281152'           /Spitzer AOR key 31
AORKEY32= '19281408'           /Spitzer AOR key 32
AORKEY33= '19282688'           /Spitzer AOR key 33
AORKEY34= '19282944'           /Spitzer AOR key 34
AORKEY35= '22481408'           /Spitzer AOR key 35
AORKEY36= '22481664'           /Spitzer AOR key 36
AORKEY37= '22481920'           /Spitzer AOR key 37
AORKEY38= '22482176'           /Spitzer AOR key 38
AORKEY39= '22482432'           /Spitzer AOR key 39
AORKEY40= '22482688'           /Spitzer AOR key 40
AORKEY41= '22482944'           /Spitzer AOR key 41
AORKEY42= '22483200'           /Spitzer AOR key 42
AORKEY43= '22483456'           /Spitzer AOR key 43
AORKEY44= '22483712'           /Spitzer AOR key 44
AORKEY45= '22483968'           /Spitzer AOR key 45
AORKEY46= '22484224'           /Spitzer AOR key 46
AORKEY47= '22484480'           /Spitzer AOR key 47
AORKEY48= '22484736'           /Spitzer AOR key 48
AORKEY49= '22484992'           /Spitzer AOR key 49
AORKEY50= '22485248'           /Spitzer AOR key 50
RA      = '12:29:46.7'         /Right ascension (hh:mm:ss)
DEC     = '+08:00:01.7'        /Declination (dd:mm:ss)
EQUINOX =              2000.00 /Equinox of RA and DEC
PLTSCALE=              4.50000 /Plate scale (arcsec/pixel)
CTYPE1  = 'RA---TAN'           /Quantity represented by axis 1
CTYPE2  = 'DEC--TAN'           /Quantity represented by axis 2
CRPIX1  =              120.500 /Reference pixel on axis 1
CRPIX2  =              140.500 /Reference pixel on axis 2
CRVAL1  =        187.444841200 /Value at reference pixel on axis 1
CRVAL2  =        8.00047580000 /Value at reference pixel on axis 2
CD1_1   =    -0.00125000000000 /Transformation matrix element
CD1_2   =              0.00000 /Transformation matrix element
CD2_1   =              0.00000 /Transformation matrix element
CD2_2   =           0.00125000 /Transformation matrix element
ZUNITS  = 'MJy/sr  '           /Current units of data
JANSCALE=                 702. /Conversion from MIPS units to MJy/sr
BACK_SUB=                    T /Indicator for background subtraction (T/F)
BACKGRND=              14.4500 /Background value at CRPIX1,CRPIX2 in ZUNITS
BCKNOISE=              1.11218 /Background RMS noise in ZUNITS
COMMENT
COMMENT   Processed by George J. Bendo using the MIPS DAT 3.10.  When using
COMMENT   this image for any purpose, please reference the following paper:
COMMENT           Bendo G. J., Galliano F., & Madden S. C.
COMMENT           MIPS 24-160 micron photometry for the Herschel-SPIRE Local
COMMENT               Galaxies Guaranteed Time Programs
COMMENT           2012, MNRAS, 423, 197
COMMENT   Additional information about the image or the data processing can
COMMENT   be found in this paper.
COMMENT
END

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