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The Angel Nebula (NGC 2170) - a new approach to urban RGB astrophotography, equinoxx
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The Angel Nebula (NGC 2170) - a new approach to urban RGB astrophotography

The Angel Nebula (NGC 2170) - a new approach to urban RGB astrophotography, equinoxx
Powered byPixInsight

The Angel Nebula (NGC 2170) - a new approach to urban RGB astrophotography

Equipment

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Acquisition details

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Description

20.FEB.2023 - Celestron Edge HD 1100 + Hyperstar v4 + ASI6200MM Pro
70 x 300s Baader UHC-L Booster (CMOS-Optimized) 2" Filter assigned as L

21.FEB.2023 - Celestron Edge HD 1100 + Hyperstar v4 + ASI6200MM Pro
13 x 300s Baader H-alpha 20nm Bandpass-Filter 2" assigned as R

21.FEB.2023 - Celestron Edge HD 1100 + Hyperstar v4 + ASI6200MM Pro
36 x 300s Baader O-III Super-G 9nm (CMOS-Optimized) 2" assigned as G

22.FEB.2023 - Celestron Edge HD 1100 + Hyperstar v4 + ASI6200MM Pro
16 x 300s Baader B 2" Filter

First Light for the new Baader O-III Super-G 9nm (CMOS-Optimized) filter 
and a and first approach to a new  LRGB-procedure for urban astrophotography.

On the run from LED lamps and more and more skyglow,
I try to answer the following question with this image.
What happens if the new 20nm H-alpha filter is used instead of the standard 100nm "R" filter 
and the new 9nm Super-G filter is used instead of the standard 100nm "G" filter?

The result here is a “20nm H-alpha / 9mm Super-G / 100nm B“ image.
The new Baader UHC-L Booster (CMOS-Optimized) was used as  L.

So three new filters are involved in this image.
It is not a multiscope image - the small FSQ-85 is not involved this time.

"Narrow RGB" filters for urban astrophotographers, wouldn't that be fascinating?

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