Hemisphere:  Northern  ·  Constellation: Cygnus (Cyg)
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NGC 7000 Cygnus Wall - Making the invisible visible..., 



    
        

            Andre van der Hoeven
NGC 7000 Cygnus Wall - Making the invisible visible...
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Getting plate-solving status, please wait...
NGC 7000 Cygnus Wall - Making the invisible visible..., 



    
        

            Andre van der Hoeven
NGC 7000 Cygnus Wall - Making the invisible visible...
Powered byPixInsight

Technical card

Imaging telescopes or lenses: TEC 140

Imaging cameras: QSI 583 wsg

Mounts: Sky-Watcher NEQ6

Guiding cameras: The Imaging Source DMK21AU618.AS

Filters: SII 5nm  ·  Ha 3nm  ·  OIII 3nm  ·  Astrodon E-series LRGB


Dates:Aug. 13, 2013

Frames: 22x1800" (11h)

Integration: 11h

Avg. Moon age: 6.40 days

Avg. Moon phase: 39.58%


Basic astrometry details

Astrometry.net job: 618593

RA center: 20h 59' 24"

DEC center: +43° 37' 4"

Pixel scale: 2.171 arcsec/pixel

Orientation: 107.874 degrees

Field radius: 0.594 degrees


Resolution: 1600x1151

Locations: Home observatory, Hendrik-Ido-Ambacht, Netherlands

Description

NGC 7000 is also known as the North America Nebula with the so called Gulf of Mexico. In this area the Cygnus Wall can be found. This part is the Mexican and Middle American part of the Nebula. It’s one of the most interesting parts of the nebula because this is a region of active star formation. Very near to the Wall a dark area (the Gulf of Mexico) can be seen that consist mainly of cold gas and dust, the ingredients for new stars. The wall actually is an ionization front where UV light from young stars ionize the cold hydrogen gas and make it glow in its typical red color.

I wanted to see if it would be possible to show details in the dusty regions that are invisible to the amateur observer. That’s when I decided to incorporate Spitzer IR data in the 5 micron range into the image. The result is shown above. Details can be seen in the dusty regions that are hidden in the dust.

Telescope: TEC-140
Camera: QSI-583
Mount: Skywatcher NEQ-6

Exposures:
H-alpha: 6 x 1800s (3nm Astrodon)
OIII: 9 x 1800s (3nm Astrodon)
SII: 3 x 1800s (3nm Astrodon)

RGB: 3 x (4 x 600 s Astrodon True RGB)

Total exposure time: 11 hours

Credits Spitzer: NASA/JPL-Caltech/L. Rebull (SSC/Caltech)

Comments

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NGC 7000 Cygnus Wall - Making the invisible visible..., 



    
        

            Andre van der Hoeven