Mike Lewis
Staff Member
So, I continue to try to work through 'teething' issues with my remote setup in TX at Starfront Observatories, but things are starting to come together and I am taking data with a much lower rejection rate than I had been getting. I have also been able to get my autofocuser to start running reliably again, which has been critical in being able to take data in a more unattended manner again.
So here is my next image, just processed a day or 2 ago. This one has been on my list to get for a while...
This is another very active region in the constellation Cygnus, the Swan. The blue circular region in the center is caused by a giant, hot, Wolf-Rayet star (WR134) that has a radius 5 times larger than our Sun and whose surface temperature is 63,000K - making it 10.9 times hotter and an amazing 400,000 times more luminous than our parent star. It is burning through its supply of fuel at a prodigious rate, and is surrounded by a faint bubble formed by its intense radiation and solar wind.
This area was imaged in narrowband and mixed using the Foraxx palette, with separate RGB data added in for the stars.
As always, thanks for any comments, critues, or questions, and most of all thanks for looking. A larger resolution version can also be seen on Astrobin, here:
https://app.astrobin.com/u/mlewis?i=svadjs
Equipment:
Poseidon-M Camera @ -5C and
Gain:125 Offset:25
Astro-Physics Mach2 Mount
Williams Optics Cat 91 Refractor, 448mm @ f/4.9
Antlia Pro Filters (3nm narrowband plus RGB)
Askar FMA180 Guide scope with ASI290MM
Software:
Pixinsight Commercial Version 1.9
Lightroom CC
Photoshop CC
N.I.N.A. Control Software
BlurXTerminator (Russell Croman)
StarXTerminator (Russell Croman)
NoiseXTerminator (Russell Croman)
Astro-Physics APCC and APPM
Light Frames:
Gain 125 / Offset 25
Hα: 24 x 600 secs (4 hrs)
Oiii: 24 x 600 secs (4 hrs)
Sii: 20 x 600 secs (3 hrs 20 mins)
Red: 19 x 60 secs (19 mins)
Green: 17 x 60 secs (17 mins)
Blue: 18 x 60 secs (18 mins)
12 hrs 14 mins total
Dark Frames:
10 x 60 secs (10 mins)
10 x 600 secs (1 hr 40 mins)
So here is my next image, just processed a day or 2 ago. This one has been on my list to get for a while...
This is another very active region in the constellation Cygnus, the Swan. The blue circular region in the center is caused by a giant, hot, Wolf-Rayet star (WR134) that has a radius 5 times larger than our Sun and whose surface temperature is 63,000K - making it 10.9 times hotter and an amazing 400,000 times more luminous than our parent star. It is burning through its supply of fuel at a prodigious rate, and is surrounded by a faint bubble formed by its intense radiation and solar wind.
This area was imaged in narrowband and mixed using the Foraxx palette, with separate RGB data added in for the stars.
As always, thanks for any comments, critues, or questions, and most of all thanks for looking. A larger resolution version can also be seen on Astrobin, here:
https://app.astrobin.com/u/mlewis?i=svadjs
Equipment:
Poseidon-M Camera @ -5C and
Gain:125 Offset:25
Astro-Physics Mach2 Mount
Williams Optics Cat 91 Refractor, 448mm @ f/4.9
Antlia Pro Filters (3nm narrowband plus RGB)
Askar FMA180 Guide scope with ASI290MM
Software:
Pixinsight Commercial Version 1.9
Lightroom CC
Photoshop CC
N.I.N.A. Control Software
BlurXTerminator (Russell Croman)
StarXTerminator (Russell Croman)
NoiseXTerminator (Russell Croman)
Astro-Physics APCC and APPM
Light Frames:
Gain 125 / Offset 25
Hα: 24 x 600 secs (4 hrs)
Oiii: 24 x 600 secs (4 hrs)
Sii: 20 x 600 secs (3 hrs 20 mins)
Red: 19 x 60 secs (19 mins)
Green: 17 x 60 secs (17 mins)
Blue: 18 x 60 secs (18 mins)
12 hrs 14 mins total
Dark Frames:
10 x 60 secs (10 mins)
10 x 600 secs (1 hr 40 mins)