Nebula: Austin Kreisler

B33 & NGC 2024 - The Horsehead and Flame Nebulae

(Austin Kreisler) — Wed, 11 Jan 2012 01:09:31 GMT

]]>The Horsehead and Flame Nebulae in Orion

This is an early attempt at High Dynamic Range (HDR) imaging. I used a combination 30, 60, 180, 300 and 600 second exposures and used the HDR tool in Photoshop to combine the images. The whole process was complicated by the high number of images I had to throw-out due to clouds that kept floating through the night of 12/30. I ended up throwing out about half the images from that night. HDR imaging is useful when the image contains both very bright features such as the star Alnitak (above the flame nebula) along with the faint detail in the nebula surrounding the horsehead.

Right Ascension: 5h 40m 59s
Declination: -2° 27′ 30″
Distance: 1500 ly

Instrument: WO ZS66 Refractor + Astro-physics Focal Reducer (effective focal length of 270mm); guided with SBIG remote guide head
Mount: Sphinx SXD w/NexSXD + Celestron NexRemote
Camera: ST2000XM + CFW10 filter wheel
Exposure: L: 32.5m; R: 35.5m (bin 2x2); G: 37.5m (bin 2x2); B: 38.5m (bin 2x2); Ha: 60m
Processing: MaxIM DL, Photoshop CS5, Noel Carboni Photoshop Actions
Date: 12/30/2011
Location: Deerlick Astronomy Village, GA

Links to more information about the subject:

IC 2118 - The Witch Head Nebula

(Austin Kreisler) — Sun, 01 Jan 2012 08:01:17 GMT

]]>The Witch Head Nebula in Eridanus.

Right Ascension: 5h 2m 0s
Declination: +07° 54′ 0″
Distance: 1000 ly

Instrument: WO ZS66 Refractor + Astro-physics Focal Reducer (effective focal length of 270mm); guided with SBIG remote guide head
Mount: Sphinx SXD w/NexSXD + Celestron NexRemote
Camera: ST2000XM + CFW10 filter wheel
Exposure: L: 8x600s; R: 8x600s (bin 2x2); G: 8x600s (bin 2x2); B: 8x600s (bin 2x2)
Processing: MaxIM DL, eXcalibrator/Aladin for color balance, Photoshop CS5, Noel Carboni Photoshop Actions
Date: 12/29/2011
Location: Deerlick Astronomy Village, GA

Links to more information about the subject:

NGC 7822 in Narrowband

(Austin Kreisler) — Wed, 14 Dec 2011 03:10:45 GMT

]]>Narrowband image of NGC 7822 in the constellation of Cepheus.

Right Ascension: 0h 1m 1s
Declination: +68° 32′ 37″
Distance: 800-1000 pc

Instrument: WO ZS66 Refractor + Astro-physics Focal Reducer; guided with SBIG remote guide head
Mount: Sphinx SXD w/NexSXD + Celestron NexRemote
Camera: ST2000XM + CFW10 filter wheel
Exposure: Ha: 9x800s; OIII: 9x800s; SII: 9x900s
Processing: MaxIM DL, Photoshop CS5, Noel Carboni Photoshop Actions
Date: 10/22/2011
Location:Deerlick Astronomy Village, GA

Links to more information about the subject:

http://en.wikipedia.org/wiki/NGC_7822

http://apod.nasa.gov/apod/ap101022.html

IC 5146 - The Cocoon Nebula

(Austin Kreisler) — Sat, 23 Jul 2011 00:25:50 GMT

]]>This is an image of the Cocoon Nebula. The nebula is composed of a star cluster (IC 5146), an emission/reflection nebula (SH2-125) and finally a dark nebula (Barnard 168). The stars of cluster IC 5146 are scattered through the center of the image. The central red colored nebula is the SH2-125. Barnard 168 is the grey nebula surrounding SAH2-125. The dark nebula extends off to the bottom right in this image. In a wide field image of the same region, you can see the dark nebula trailing off from the cocoon:
http://kreisler.zenfolio.com/p986019179/e1ecea1a1

Right Ascension: 21h 53m 28.7s
Declination: +47° 16′ 01″

Distance: 3300 ly

Instrument: Astro-tech 8" Ritchey-Chretien + Astro-physics x0.67 Focal Reducer (f/5.8); guided with SBIG remote guide head
Mount: Sphinx SXD w/NexSXD + Celestron NexRemote
Camera: ST2000XM + CFW10 filter wheel
Exposure: Luminance: 9x300s; Red: 5x300s; Green: 4x300s; Blue: 5x300s
Processing: MaxIM DL, Color corrected using exCalibrator & Aladin, Photoshop CS5
Date: 6/7/2011
Location: Marana, Arizona

Links to more information about the subject:

M20 - The Trifid Nebula

(Austin Kreisler) — Sat, 23 Jul 2011 00:26:13 GMT

]]>M20 - The Trifid Nebula combines a star cluster with an emission nebula (red portion of the image), a reflection nebula (blue portion of the nebula) and a dark nebula (the dark lanes in the emission nebula).

Right Ascension: 18h 02m 23s
Declination: -23° 01′ 48″

Distance: 7600 ly

Instrument: Astro-tech 8" Ritchey-Chretien + Astro-physics x0.67 Focal Reducer (f/5.8); guided with SBIG remote guide head
Mount: Sphinx SXD w/NexSXD + Celestron NexRemote
Camera: ST2000XM + CFW10 filter wheel
Exposure: Luminance: 24x190s; Red: 3x300s; Green: 4x300s; Blue: 4x300s
Processing: MaxIM DL, Color corrected using exCalibrator & Aladin, Photoshop CS5, Neil Carboni Astronomy Tools
Date: 6/6/2011
Location: Marana, AZ

Links to more information about the subject:

NGC 6888 - The Crescent Nebula (Narrowband)

(Austin Kreisler) — Sat, 23 Jul 2011 00:29:02 GMT

]]>Right Ascension: 20h 12m 7s
Declination: +38° 21.3′

Distance: 5000 ly

Instrument: Astro-tech 8" Ritchey-Chretien + Astro-physics x0.67 Focal Reducer (f/5.8); guided with SBIG remote guide head
Mount: Sphinx SXD w/NexSXD + Celestron NexRemote
Camera: ST2000XM + CFW10 filter wheel
Exposure: Hydrogen-alpha (Red): 7x300s; Oxygen III (Blue): 5x300s; Green channel synthesized from Ha and OII
Processing: MaxIM DL, Color corrected using exCalibrator & Aladin, Photoshop CS5, Astronomy Tools
Date: 6/5/2011
Location: Marana, Arizona

Links to more information about the subject:

M27 - The Dumbbell Nebula

(Austin Kreisler) — Sat, 23 Jul 2011 00:26:37 GMT

]]>M27 is a Planetary Nebula, which is a shell of glowing gas shed by a star which is in the process of migrating from a Red Giant to a White Dwarf. During the process the star looses a large amount of material. When astronomers originally called these objects planetary nebula's they thought they were something nearby and were associated with planets. Later astronomers determined they had nothing to do with planets, rather they were associated with dying stars. Some research proposes that the intricate structures seen within many planetary nebula may in fact be due to planets orbiting the dying star. The gas is coming from the star, but the planets may influence the shape of the glowing shell of gas as it expands.

Right Ascension: 19h 59m 36.34s
Declination: 22° 43′ 16.09″

Distance: 1360 ly

Instrument: Astro-tech 8" Ritchey-Chretien + Astro-physics x0.67 Focal Reducer (f/5.8); guided with SBIG remote guide head
Mount: Sphinx SXD w/NexSXD + Celestron NexRemote
Camera: ST2000XM + CFW10 filter wheel
Exposure: Luminance: 29x60s; Red: 8x60s; Green: 7x60s; Blue: 6x60s
Processing: MaxIM DL, Color corrected using exCalibrator & Aladin, Photoshop CS5, Neil Carboni Astronomy Tools
Date: 4/30/2011
Location: Deerlick Astronomy Village, Sharon, GA

Links to more information about the subject:

M57 - The Ring Nebula

(Austin Kreisler) — Sat, 23 Jul 2011 00:27:13 GMT

]]>Right Ascension: 18h 53m 35.079s
Declination: 33° 01′ 45.03″

Distance: 2.3 kly

Instrument: Astro-tech 8" Ritchey-Chretien + Astro-physics x0.67 Focal Reducer (f/5.8); guided with SBIG remote guide head
Mount: Sphinx SXD w/NexSXD + Celestron NexRemote
Camera: ST2000XM + CFW10 filter wheel
Exposure: Luminance: 11x120s; Red: 11x120s; Green: 12x120s; Blue: 12x120s
Processing: MaxIM DL, Color corrected using exCalibrator & Aladin, Photoshop CS5, Noel Carboni Astronomy Tools
Date: 4/09/2011
Location: Jake Mountain Horsecamp, GA

Links to more information about the subject:

NGC 2237 - The Rosette Nebula

(Austin Kreisler) — Thu, 11 Aug 2011 02:26:13 GMT

]]>I decided to try reprocessing my image of the Rosette Nebula taken earlier this year. I've used the Ha as red and the OIII as blue in this image, and synthesized the green from the the Ha and OIII channels. Then I used exCalibrator to correct the color of the image to provide more natural star color.

Original Image:
http://kreisler.zenfolio.com/p986019179/h3ea11598#h3ea11598

Right Ascension: 6h 33m 45s
Declination: 04d 59' 54"
Distance: 5200 ly

Instrument: Williams Optics Zenihtstar 66 mm (f/5.9) Refractor + WO 0.8x Focal Reducer/Flattener; guided with SBIG remote guide head
Mount: Sphinx SXD w/NexSXD + Celestron NexRemote
Camera: ST2000XM + CFW10 filter wheel
Exposure: Ha: 9x300s; OIII: 9x300s; SII
Processing: MaxIm DL, exCalibrator & Aladin, Photosho CS5, Astronomy Tools
Date: 2/11/2011
Location: Jake Mountain Horsecamp, GA

Links to more information about the subject:
http://en.wikipedia.org/wiki/Rosette_Nebula
http://www.seds.org/messier/xtra/ngc/n2244.html
http://apod.nasa.gov/apod/ap110214.html

NGC 2237 - The Rosette Nebula

(Austin Kreisler) — Tue, 15 Feb 2011 00:39:44 GMT

]]>This is an image of NGC 2237 - The Rosette Nebula

The Helix Nebula is a nebula and star cluster located about 5200 light years from our solar system.

This color image is actually a false color image. It is composed of images shot using three different narrowband filters. Narrowband filters are designed to capture light emitted by specific types of gas. The three types of filters used for this image are:

Ha - Hydrogen alpha - atomic Hydrogen (red)
OIII - Doubly ionized Oxygen (green)
SII - Singly ionized Sulfur (deep red)

To create a pleasing color image from these three filters, I've used what is called the Hubble color pallet (as in Hubble space telescope). The Hubble pallet maps Ha into blue (instead of red), OIII into green and SII into red. Since none of the original data came from the blue part of the spectrum, the image resulting from this sort of mapping is called a false color image. In reality, the image would be dominated by red with some green tints.

Right Ascension: 6h 33m 45s
Declination: 04d 59' 54"
Distance: 5200 ly

Instrument: Williams Optics Zenihtstar 66 mm (f/5.9) Refractor + WO 0.8x Focal Reducer/Flattener; guided with SBIG remote guide head

Mount: Sphinx SXD w/NexSXD + Celestron NexRemote
Camera: ST2000XM + CFW10 filter wheel
Exposure: Ha: 9x300s; OIII: 9x300s; SII: 9x300s
Processing: MaxIm DL, Corel Paint Shop Pro Photo X2
Date: 2/11/2011
Location: Jake Mountain Horsecamp, GA

Links to more information about the subject:
http://en.wikipedia.org/wiki/Rosette_Nebula
http://www.seds.org/messier/xtra/ngc/n2244.html
http://apod.nasa.gov/apod/ap110214.html

More information about narrowband filters and imaging:
http://starizona.com/acb/ccd/advimnarrow.aspx

Hubble Pallet:
http://astroprofspage.com/archives/1500

NGC 7293 - Helix Nebula

(Austin Kreisler) — Tue, 14 Sep 2010 01:19:36 GMT

]]>This is an image of NGC 7293 - Helix Nebula

The Helix Nebula is a planetary nebula about 700 light years distance from our solar system.

The exposure times below are only approximate. The first half of the night things went flawlessly, but after I performed a pier flip (requiring the target after it crosses the meridian) my mount started giving me all sorts of problems. I reduced the average exposure time to 60 seconds to give me some hope of getting usable data. I ended up throwing out 75% of images taken during the second half of the night due to the horrendous tracking.

Right Ascension: 22h 39m 38.55s
Declination: -20d 50' 13.6"
Distance: 695 ly

Instrument: Celestron C8 (f/5) + Optec x0.5 Telecompressor; guided with SBIG remote guide head

Mount: Atlas EQ-G + EQMOD
Camera: ST2000XM + CFW8a filter wheel
Exposure: Luminance: 13x300s; Red: 8x300s + 11x60s; Green: 16x135s; Blue: 22x70s
Processing: MaxIm DL, Corel Paint Shop Pro Photo X2
Date: 09/5/2010
Location: Deerlick Astronomy Village, GA

Links to more information about the subject:
http://en.wikipedia.org/wiki/Helix_Nebula
http://seds.org/messier/xtra/ngc/n7293.html
http://apod.nasa.gov/apod/ap090303.html

NGC 7635 - The Bubble Nebula

(Austin Kreisler) — Mon, 09 Aug 2010 01:35:39 GMT

]]>This is an image of NGC 7635 - The Bubble Nebula. This is my first image with a new piece of equipment called the Optec 0.5x telecompressor. This particular piece of equipment is intended to work with my Schimdt-Cassegrain telescope to both reduce the focal length and flatten the field of view. The telecompressor is designed to work with CCD cameras with a chip size similar to my ST2000XM camera. I think this first try turned out very well.

Constellation: Cassiopeia
Right Ascension: 23h 20m 48.3 s
Declination: 61d 12' 6"
Distance: 11 kly

Instrument: Celestron C8 (f/5) + Optec 0.5x Telecompressor; guided with SBIG remote guide head

Mount: Atlas EQ-G + EQMOD
Camera: ST2000XM + CFW8a filter wheel
Exposure: Luminance: 15x300s; Red: 6x300s; Green: 10x300s; Blue 10x300s
Processing: MaxIm DL, Corel Paint Shop Pro Photo X2
Date: 08/07/2010
Location: Dawson Forest, GA

Links to more information about the subject:
http://en.wikipedia.org/wiki/NGC_7635
http://spider.seds.org/ngc/ngc.cgi?ngc7635
http://www.universetoday.com/31877/magic-bubble-ngc-7635-by-jp-metsavainio/
http://apod.nasa.gov/apod/ap061018.html

IC63 - Gamma Cassiopeia Nebula

(Austin Kreisler) — Sun, 01 Aug 2010 22:08:49 GMT

]]>This is sometimes referred to as "Casper The Ghost Nebula". This monochrome image was taken through a hydrogen-alpha filter. The target, IC 63 - Gamma Cassiopeia Nebula, is illuminated by the star Gamma Cassiopeia which is just outside the image frame. The nebula essentially points straight at the star. This image was taken during a full moon. I don't normally try and image deep sky objects during the full moon, but using the hydrogen alpha filter allows imaging even though the moon light is so bright.

Constellation: Cassiopeia
Right Ascension:
Declination:
Distance: ~6000 ly

Instrument: Celestron C8 (f/6.3) + Meade x0.63 Focal Reducer; guided with SBIG remote guide head

Mount: Atlas EQ-G + EQMOD
Camera: ST2000XM + CFW8a filter wheel
Exposure: Hydrogen-alpha: 39x300s
Processing: MaxIm DL, Corel Paint Shop Pro Photo X2
Date: 07/24/2010
Location: Deerlick Astronomy Village, Sharon, GA

Links to more information about the subject:
http://www.noao.edu/outreach/aop/observers/ic59.html
http://dg-imaging.astrodon.com/gallery/display.cfm?imgID=5
http://www.astropix.com/HTML/A_FALL/IC59_63.HTM

NGC 6888 - The Crescent Nebula

(Austin Kreisler) — Sun, 04 Jul 2010 22:04:33 GMT

]]>This is my first successful attempt to incorporate images taken through a hydrogen-alpha filter with the images taken with the Luminance, Red, Green and Blue filters. Hydrogen alpha light is a specific frequency of red light given off by ionized hydrogen gas.

Constellation: Cygnus
Right Ascension: 20h 12m 7s
Declination: +38° 21.2'
Distance: 5000 ly

Instrument: Meade SN8 (f/4) + Baader MPCC + IDAS LPS; guided with SBIG remote guide head

Mount: Atlas EQ-G + EQMOD
Camera: ST2000XM + CFW8a filter wheel
Exposure: Luminance: 13x300s; Red: 10x300s; Green: 10x300s; Blue: 10x300s; Hydrogen-alpha: 10x300s
Processing: MaxIm DL + DSLR, Corel Paint Shop Pro Photo X2
Date: 2010-6-13 + 2010-6-15
Location: Marana, AZ

Links to more information about the subject:
http://en.wikipedia.org/wiki/Crescent_Nebula
http://spider.seds.org/ngc/ngc.cgi?NGC6888
http://www.universetoday.com/42812/hot-crescent-rolls-a-bubble/

IC 1396 - The Elephant's Trunk Nebula

(Austin Kreisler) — Sun, 28 Mar 2010 02:22:25 GMT

]]>This image is my first complete image with my new (to me) SBIG ST2000XM camera. This is a dedicated astrophotography camera. It uses a 1600x1220 pixel monochrome CCD chip. Color images are created by taking a series of images through various colored filters (Red, Blue, Green and Luminance). The ST2000XM uses and internal auto-guide chip, eliminating the need for a 2nd guide scope and autoguider. The ST2000XM also has a built in cooling system, which will cool the CCD imaging chip to reduce noise during imaging. I'm still sorting out all the steps necessary to process these images, its considerably more complicated than dealing with the DSLR images I've been taking up to this point.

Instrument: Meade SN8 (f/4) + Baader MPCC; guided with internal T237H guide chip

Mount: Atlas EQ-G + EQMOD
Camera: ST2000XM + CFW8a filter wheel
Exposure: Luminance-3x900 second+12x300 second; Red-7x300 second (bin 2x2); Blue-6x300 second (bin 2x2); Green-6x300 second (bin 2x2)
Processing: MaxIm DL, Corel Paint Shop Pro Photo X2
Date: 2009-11-13

Links to more information:
http://en.wikipedia.org/wiki/Elephant%27s_Trunk_nebula
http://www.rc-astro.com/photo/id1031.html

B33 - The Horsehead Nebula

(Austin Kreisler) — Sun, 28 Mar 2010 04:27:47 GMT

]]>Horsehead Nebula also know as Barnard 33. This image is a combination of 9x300 second sub-exposures (for a total exposure time of 45 minutes). The image was taken using my 8 inch Schmidt Cassegrain Telescope (f10), with a focal length of 2032 mm. The longer focal length allowed me to zoom in closer to see the nebula. The camera I used was a modified Canon 20D. The camera was modified to make it more sensitive to the red and infrared part of the spectrum, which makes it well suited for imaging the glowing read gas clouds which the Horsehead Nebula sits in front of. I actually had to do very little post processing of the image other than the normal calibration steps, all I applied was a mild lowpass filter and cropped the image slightly.

Instrument: Celestron C8 (f/10)

Mount: Atlas EQ-G + EQMOD
Camera: Canon 20D (modified)
Exposure: 9 x 300 second (ISO 1600)
Processing: MaxIm DL + DSLR
Date: 2008-10-04

Links to more information about the subject:
http://seds.org/messier/xtra/ngc/b33.html
http://en.wikipedia.org/wiki/Horsehead_Nebula

IC 405 - The Flamming Star Nebula

(Austin Kreisler) — Sun, 28 Mar 2010 04:27:55 GMT

]]>

Instrument: Meade SN8 (f/4)

Mount: Atlas EQ-G + EQMOD
Camera: Canon 350D
Exposure: 10 x 300 second (ISO 1600)
Processing: MaxIm DL + DSLR
Date: 2007-11-04

Links to more information about the subject:
http://en.wikipedia.org/wiki/IC_405
http://seds.org/%7Espider/ngc/ngc.cgi?i+405

IC 1805 - The Heart Nebula

(Austin Kreisler) — Sun, 28 Mar 2010 04:27:59 GMT

]]>This image is a mosaic of 9 sets (3x3) of images. Each image is composed of 15 to 18 separate 100 second exposures. There was approximately 25% overlap between each tile to allow the images to properly lined up and combined. To give you some idea of the amount of sky covered by the image, the full moon covers approximately 30 arc-minutes (or 1800 arc-seconds) of the sky. Each pixel in this image covers approximately 10 arc-seconds. Since the image is 1024 x 768 pixels, the image covers about 10240 x 768 arc-seconds or 170 x 128 arc-minutes. In terms of the diameter of the moon, its about 5.6 moon diameters horizontally and 4 moon diameters vertically.

Instrument: Meade SN8 (f/4)

Mount: Atlas EQ-G + EQMOD
Camera: Canon 20D (modified)
Exposure: 3 x 3 mosaic (9 tiles), each tile 15-18 x 100 second exposure (ISO 1600)
Processing: MaxIm DL + DSLR
Date: 2008-11-01

Links to more information about the subject:
http://en.wikipedia.org/wiki/Heart_Nebula
http://www.seds.org/%7Espider/ngc/ngc.cgi?IC1805

IC 5146 - The Cocoon Nebula

(Austin Kreisler) — Sun, 28 Mar 2010 04:28:04 GMT

]]>

Instrument: Meade SN8 (f/4)

Mount: Atlas EQ-G + EQMOD
Camera: Canon 20D (modified)
Exposure: 20 x 180 second (ISO 1600)
Processing: MaxIm DL + DSLR
Date: 2009-7-18

Links to more information about the subject:
http://en.wikipedia.org/wiki/IC_5146
http://www.seds.org/%7Espider/ngc/ngc.cgi?IC+5146

M1 - The Crab Nebula

(Austin Kreisler) — Sun, 28 Mar 2010 04:32:43 GMT

]]>The Crab Nebula is a supernova remnant. The super nova that created the nebula occurred in 1054 AD and was recorded by Chinese and Arab astronomers. The supernova was apparently bright enough to be visible during the day as well as night. The star that exploded left a pulsar as well as the expanding cloud of gas you can see in this image. The pulsar is a rapidly rotating neutron star. A neutron star is created when a star gravitationally collapses (during a super nova explosion), forcing the electrons and protons composing the matter of the star to merge together forming neutrons. The neutron star is an extremely dense object, denser than an atomic nucleus, concentrating more than one solar mass in a volume of 30 kilometers across. This image is a combination of 11x5 minute sub-exposures. I've applied a number processing steps in creating the image, including calibrating the individual images, combining them, deconvolution and sharpening to bring out some of the detail in the nebula.

Instrument: Celestron C8 (f/10)

Mount: Atlas EQ-G + EQMOD
Camera: Canon 20D (modified)
Exposure: 11 x 300 seconds (ISO 1600)
Processing: MaxIm DL + DSLR
Date: 2008-10-03

Links to more information about the subject:
http://en.wikipedia.org/wiki/Crab_Nebula
http://www.seds.org/Messier/M/m001.html

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