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HYDROGEN NEBULOSITIES AT CYGNUS

Category:Deep Sky
Published:
3467
HYDROGEN NEBULOSITIES AT CYGNUSNGC 6996NGC 7011IC 1318IC 1363IC 5067NGC 6910NGC 6914NGC 6989NGC 6997NGC 7000NGC 7024NGC 7027NGC 7039NGC 7044NGC 7048IC 5068IC 5070IC 5076
Resolution:
2853x1916 px
File size:
982 KB

Technical information

Telescope/Lens
Canon EF 35mm f/2 IS USM Lens
Camera
ZWO ASI178MM
Mount
Sky-Watcher Star Adventurer
Software
ASIcap, Pixinsight, FitStacker, Fitswork, Adobe Photoshop, Adobe Lightroom
Location
Красноярск, Россия

Light pollution

Green, Bortle 4 zone

Exposure

  • 6 × 120″ · ISO/Gain: 400 · H-alpha
  • 20 × 180″ · ISO/Gain: 300 · H-alpha
  • 6 × 120″ · ISO/Gain: 400 · H-beta
  • 5 × 120″ · ISO/Gain: 400 · O-III
  • 5 × 180″ · ISO/Gain: 300 · O-III

Total exposure: 1 h 49 m

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Comments

malex
Thank you.
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malex
I see. Thank you for your time. But... now I'm curious to see the OIII. If it's not too much trouble. My interest isn't just casual. If you noticed, I also try to shoot with a camera lens. And I'm interested in narrowband imaging. So I would really appreciate it.
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Pavel ZhukovReply to malex
Please. Here there is oxygen, but in my opinion not all of it, only a part. https://yadi.sk/d/0Fp1OhGPYKZksQ
But overall, I think it will be clear what's what. The images were taken with an open setup and without a microfocuser, so the stars are poor, and there were also initial problems with calibration. Now I could improve the result with the same equipment. I abandoned shooting in H-beta because it almost completely duplicates Ha and also captures a bit of oxygen. The contribution of blue from the H-beta line can be created synthetically by mixing Ha into the blue channel when assembling the pseudo-color image.
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