Tuesday, October 15, 2013
First light for the Autumn Season 2013, NGC 6992
In this year it took some time to have a real first light for the season due to the weather up here 65N.
Image is exposed during several nights, 13.09 - 14.10, between the speeding clouds.
NGC 6992
A portion of the Eastern Veil in constellation Cygnus.
Image is in mapped colors, from the emission of ionized elements, R=Sulfur, G=Hydrogen and B=Oxygen.
Buy a photographic print from HERE
INFO
NGC 6992, the Eastern Veil, is part of the Veil Nebula, a supernova remnant in constellation Cygnus at distance of about 1470 light years. This is one of the more luminous areas in this SNR.
The shock front formed by the material ejected from giant explosion, the super nova, can be seen in this image.
Image in visual spectrum
Image is in Natural color palette from the emission of ionized elements,
A starless version
An experimetal starless image to show the actual nebula better.
Buy a photographic print from HERE
Orientation
Location in Veil Nebula supernova remnant is marked with a white rectangle.
Buy a photographic print from HERE
An animated image
This animation shows the difference between emission lines. The target is shot three times for a RGB-color image.
Image is exposed during several nights, 13.09 - 14.10, between the speeding clouds.
NGC 6992
A portion of the Eastern Veil in constellation Cygnus.
Buy a photographic print from HERE
INFO
NGC 6992, the Eastern Veil, is part of the Veil Nebula, a supernova remnant in constellation Cygnus at distance of about 1470 light years. This is one of the more luminous areas in this SNR.
The shock front formed by the material ejected from giant explosion, the super nova, can be seen in this image.
Image in visual spectrum
R=Hydrogen + Sulfur, G=Oxygen and B=Oxygen + Hydrogen.
Buy a photographic print from HERE
Buy a photographic print from HERE
A starless version
Buy a photographic print from HERE
Orientation
Buy a photographic print from HERE
An animated image
Technical details
Processing work flow:
Image acquisition, MaxiDL v5.07.
Stacked and calibrated in CCDStack2.
A light, 33 iterations, deconvolution added at 50% weight in CCDStack2.
A light, 33 iterations, deconvolution added at 50% weight in CCDStack2.
Levels, curves and color combine in PS CS3.
Optics, Meade LX200 GPS 12" @ f5
Camera, QHY9
Guiding, SXV-AO, an active optics unit, and Lodestar guide camera
Image Scale, ~0,8 arc-seconds/pixel
12 x 1200s exposures for H-alpha emission = 4h
18x 1200s exposures for O-III, emission of ionized Oxygen = 6h
12 x 1200s exposures for S-II, emission of ionized Sulfur = 4h
Total exposure time 14h.
Ps.
A collection of Veil Nebula details from the past
A blog post about this poster and links to an original images can be found HERE
Buy a photographic print from HERE
Saturday, October 12, 2013
Visions XIII
VISIONS XIII
Image belongs to a large series of unpublished images called Visions.
Note. Image is manipulated but all the elements in it are from a real astronomical object.
Buy a photographic print from HERE
An original astronomical image used for the artwork above
Technical details and more images in this blog post
Thursday, October 10, 2013
Visions of Space XII
VISIONS XII
Image belongs to a large series of unpublished images called Visions.
Note. Image is manipulated but all the elements in it are from a real astronomical object.
Buy a photographic print from HERE
An original astronomical image of IC 1340
Only the channel of ionized Oxygen is used for the artwork above
Buy a photographic print from HERE
Edit. Sorry, I made a double posting by mistake. I have published this image some time ago.
I let it be here, since it's a nice image.
Technical details and more images of IC IC 1340 in this blog post
Wednesday, October 9, 2013
Visions of Space XI
VISIONS
Image belongs to a large series of unpublished images called Visions.
Note. Image is manipulated but all the elements in it are from a real astronomical object.
Buy a photographic print from HERE
This image is used for the artwork above
Technical details and more images of IC 405 and 410 in this blog post
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