Image of the day 02/21/2016

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    The Orion Molecular Cloud Complex, 



    
        

            Matt Harbison

    The Orion Molecular Cloud Complex

    Imaging telescopes or lenses: Canon 100mm f/2.8 Canon 100mm L

    Imaging cameras: Atik 383L+ Monochrome

    Mounts: Astro-Physics Mach 1 GTO

    Guiding telescopes or lenses: William Optics Star 71 WO Star 71

    Guiding cameras: Starlight Xpress Lodestar

    Filters: ZWO LRGB  ·  Astronomik 6nm H-alpha

    Accessory: Optec Alnitak Flip-Flat Flat Fielder  ·  Teleskop-Service TeleFokus Microfocuser  ·  Gerd Neumann Canon EOS Filter Drawer System


    Dates:Feb. 4, 2016Feb. 7, 2016

    Frames:
    Astronomik 6nm H-alpha: 20x300" bin 1x1
    ZWO LRGB: 20x60" bin 2x2

    Integration: 2.0 hours

    Darks: ~20

    Flats: ~20

    Bias: ~20

    Avg. Moon age: 26.78 days

    Avg. Moon phase: 10.49%


    Basic astrometry details

    Astrometry.net job: 3527045


    Resolution: 2000x1438

    Locations: Cloudland Canyon, Trenton, Georgia, United States; Chattanooga, Chattanooga, Tn, United States; Gee Creek, Delano, Tennessee, United States

    Data source: Traveller

    Description

    The Orion Molecular Cloud Complex

    I've been working on shooting things at a larger scale to capture complete constellations. First with my work on my William Optics Star 71, and now with my Canon 100mm. Completed with a Gerd Neumann Filter Drawer system, I've been able to pair with with my ATIK 383 CCD camera. The scale is impressive. Here, I’ve framed the entire Orion Constellation in 9 panels with over 1280 individual light, dark, flat, and bias frames. This mosaic reveals the majestic Barnard Loop surrounding the belt stars, the Horsehead Nebula, the Witch Head Nebula, The Angelfish Nebula, and the Great Orion Nebula.

    from wiki-
    "The Orion Molecular Cloud Complex (or, simply, the Orion Complex) is a large group of bright nebulae, dark clouds, and young stars in the Orion constellation. The cloud is between 1 500 and 1 600 light-years away, and hundreds of light-years across. Several parts of the nebula can be observed through binoculars and small telescopes, and some parts (such as the Orion Nebula) are visible to the naked eye.

    The nebula is important because of its sheer size, as it spreads several degrees from Orion's Belt to his sword. It is also one of the most active regions of stellar formation visible in the night sky, and is home to both protoplanetary discs and very young stars. The nebula is bright in infrared wavelengths due to the heat-intensive processes involved in the stellar formation, though the complex contains dark nebulae, emission nebulae, reflection nebulae, and H II regions."

    Integration:
    Ha- 20 x 9
    L - 10 x 9
    R - 10 x 9
    G - 10 x 9
    B - 10 x 9
    Matching dark frames
    20 Flat Frames
    20 Bias Frames

    Equipment:
    Canon 100mm Macro Lens
    Atik 383L + Mono
    Astronomic Ha 6nm fitler
    Astro-Physics Mach 1
    Gerd Neumann Filter system

    Software:
    Capture in Sequence Generator Pro
    Calibration in Pixinsight
    Edit levels and export in Photoshop

    Captured in Cleveland Tennessee, Chattanooga Tn, and Fall Creek Falls State Park

    Comments

    Histogram

    The Orion Molecular Cloud Complex, 



    
        

            Matt Harbison