[jase (Jason)]

I haven't processed these images other calibrated and combine them, followed by a very quick and dirty DDP stretch. I have individual RGB data to add, but didn't bother. Also took some Ha, OIII and SII which I haven't worked on yet - might be interesting. These are simply the cropped luminance shots. Taken with a TOA150 and ST10XME. The images are nothing special (certainly don't give me a buzz like DSO images).

More image info (out of FITS);
SIMPLE = T
BITPIX = 16 /8 unsigned int, 16 & 32 int, -32 & -64 real
NAXIS = 2 /number of axes
NAXIS1 = 2184 /fastest changing axis
NAXIS2 = 1472 /next to fastest changing axis
BSCALE = 1.0000000000000000 /physical = BZERO + BSCALE*array_value
BZERO = 32768.000000000000 /physical = BZERO + BSCALE*array_value
OBJECT = 'c/17P ' / Target object name
NOTES = ' '
DATE-OBS = '2007-11-04T04:43:36' / [ISO 8601] UTC date/time of exposure start
EXPTIME = 1.00000000000E+001 / [sec] Duration of exposure
EXPOSURE = 1.00000000000E+001 / [sec] Duration of exposure
SET-TEMP = -10.000000000000000 /CCD temperature setpoint in C
CCD-TEMP = -9.7878172678115689 /CCD temperature at start of exposure in C
XPIXSZ = 6.8000000000000007 /Pixel Width in microns (after binning)
YPIXSZ = 6.8000000000000007 /Pixel Height in microns (after binning)
XBINNING = 1 / Binning level along the X-axis
YBINNING = 1 / Binning level along the Y-axis
XORGSUBF = 0 /Subframe X position in binned pixels
YORGSUBF = 0 /Subframe Y position in binned pixels
FILTER = 'Clear ' / Filter name
IMAGETYP = 'Light Frame' / Type of image
EGAIN = 1.3600000143051147 /Electronic gain in e-/ADU
FOCALLEN = 0.00000000000000000 /Focal length of telescope in mm
APTDIA = 0.00000000000000000 /Aperture diameter of telescope in mm
APTAREA = 0.00000000000000000 /Aperture area of telescope in mm^2
PIERSIDE = 'WEST '
HISTORY = File was processed by PinPoint 4.1.10 at 2007-11-04T04:44:00
DATE = '04/11/07' / [old format] UTC date of exposure start
TIME-OBS = '04:43:36' / [old format] UTC time of exposure start
UT = '04:43:36' / [old format] UTC time of exposure start
TIMESYS = 'UTC ' / Default time system
RADECSYS = 'FK5 ' / Equatorial coordinate system
AIRMASS = 1.27729262853E+000 / Airmass (multiple of zenithal airmass)
ST = '00 34 07.11' / Local apparent sidereal time of exp. start
LAT-OBS = 3.29036111111E+001 / [deg +N WGS84] Geodetic latitude
LONG-OBS = -1.05529166667E+002 / [deg +E WGS84] Geodetic longitude
ALT-OBS = 2.22500000000E+003 / [metres] Altitude above mean sea level
RA = '03 42 00.00' / [hms J2000] Target right ascension
OBJCTRA = '03 42 00.00' / [hms J2000] Target right ascension
DEC = '+50 35 16.8' / [dms +N J2000] Target declination
OBJCTDEC = '+50 35 16.8' / [dms +N J2000] Target declination
CLRBAND = 'R ' / [J-C std] Std. color band of image or C=Color
INPUTFMT = 'FITS ' / Format of file from which image was read
HISTORY Bias Subtraction (Bias 2, 2184 x 1472, Bin1 x 1, Temp -10C,
HISTORY Exp Time 0ms)
CALSTAT = 'BDF '
HISTORY Dark Subtraction (Dark 5, 2184 x 1472, Bin1 x 1, Temp -10C,
HISTORY Exp Time 30s)
HISTORY Flat Field (Flat Clear 1, Clear, 2184 x 1472, Bin1 x 1, Temp -10C,
HISTORY Exp Time 123ms)

Sorry if I've posted in the wrong area.