Hemisphere:  Northern  ·  Constellation: Corona Borealis (CrB)  ·  Contains:  PGC2112307  ·  PGC2112323  ·  PGC2113012  ·  PGC2113937  ·  PGC2116150  ·  PGC2116534  ·  PGC2117165  ·  PGC2117508  ·  PGC2118057  ·  PGC2118587  ·  PGC2120910
Getting plate-solving status, please wait...
PaGo 1 - New Discovery in Corona Borealis, 



    
        

            Peter Goodhew
Powered byPixInsight

PaGo 1 - New Discovery in Corona Borealis

Getting plate-solving status, please wait...
PaGo 1 - New Discovery in Corona Borealis, 



    
        

            Peter Goodhew
Powered byPixInsight

PaGo 1 - New Discovery in Corona Borealis

Acquisition details

Frames:
Astrodon 5nm H-Alpha filter: 21x1800" (10h 30') bin 2x2
Astrodon 5nm H-Alpha filter: 59x1800" (29h 30') bin 4x4
Astrodon Blue: 20x300" (1h 40') bin 1x1
Astrodon OIII 3 nm: 54x1800" (27h) bin 4x4
Green: 18x300" (1h 30') bin 1x1
Lum: 34x300" (2h 50') bin 1x1
Red: 17x300" (1h 25') bin 1x1
Integration:
74h 25'

RA center: 16h01m24s.964

DEC center: +38°0256.93

Pixel scale: 0.533 arcsec/pixel

Orientation: -6.844 degrees

Field radius: 0.370 degrees

More info:Open 

Resolution: 4164x2762

Locations: e-Eye, Fregenal de la Sierra, Extramadura, Spain

Data source: Own remote observatory

Remote source: e-EyE Extremadura

Description

A joint discovery with expert galactic prospector Dana Patchick. This is the first ever image taken. It is believed to be a possible planetary nebula, but getting confirmation of this via spectroscopy is going to be challenging as it is so faint. Capturing this required almost 60 hours of data shot at bin 4x4. Processing was problematic in terms of separating the nebula from faint gradients. Luckily my two scopes are oriented 180 degrees from each other to avoid the cameras colliding during autofocus. This made it possible to detect the gradients by processing the data from each scope separately and then comparing the two images. Background subtraction was used to stretch the faint signal before re-adding the background.

Comments