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The-MathMog

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Everything posted by The-MathMog

  1. The-MathMog

    The-MathMog's Images

    Just some of my images in general.
  2. The-MathMog

    NGC-3344 - LRGB

    From the album: The-MathMog's Images

    Image: Luminance - 13x16 min RGB - 2x16 min each Flat and Dark calibrated Gain 111 Offset 40 Total Integration - 5 Hours 4 minutes (LRGB) _____________________ Gear Used: Skywatcher 150PDS Celestron AVX Mount ZWO ASI 183MM-Pro Baader 2'' Neodymium Filter Baader 1,25'' RGB Filters ZWO Mini EFWExplore Scientific Coma CorrectorToupTek Camera G-1200-KMB Mono GuiderOrion Mini 50mm Guidescope ______________________ Software:SharpcapPHD 2Photoshop CS2Deep Sky StackerStellarium/Stellarium ScopeAstrotortilla 26/03-2020 Mathias Mogensen

    © Mathias M. Mogensen

  3. Alright. Might need to add that to my software list then. I do like the aesthetics of Stellarium and since I comfortably use it to control my telescope too, I don't think I'll ditch that I did image again tonight, and the asteroid is still well within frame. With the speed it is moving through the frame, I suspect that it will be in frame for a couple more days too.
  4. Cool, thanks for that - I'll give it a look. Cheers. A pure coincidence I recognized it - will definitely keep an eye out for more! Probably could, I'll consider that. In the span of the hours imaging, it moved like 3-4 arc-minutes.
  5. Very nice, and that was a fast respond guys! That was quite a close magnitude estimate haha! May i ask what tool you use to identify object like this?
  6. Hey there I was out with my scope for the first time this years and was imaging the galaxy NGC2903 in LRGB. When I was stacking the RGB images, I noticed that one of the stars didn't properly align, and can now see that it is a very slowly moving object. I am not sure how I can identify what object it is? I can't find anything in Stellarium that shows up in that period, so anyone of you that can help? Loosely comparing it to other stars, it appears to be like +14 magnitude ⭐ It was imaged from around CET 01:43 to 02:28 in this GIF: It probably also appeared in the light frames that I took previously to this, but I haven't been able to check that yet - Any inputs would be very welcome and interesting! 😁 (If there is a better forum for this kinda post, please let me know too). Imaged with: Celestron AVX Mount Skywatcher 150PDS ZWO ASI183MM-Pro Baader RGB Filters
  7. From the album: The-MathMog's Images

    Messier 64 (The Black Eye Galaxy) Skywatcher 150PDS Celestron AVX Mount Nikon D5200 ISO 800 26 subs, 8 mins 3 hours, 28 min total (over 2 nights as it only gets nautical dark here) Manually stacked and processed in Photoshop CS2 Dark frames used, but only 6 of them.
  8. From the album: The-MathMog's Images

    2-pane mosaic 56 subs (ISO 3200 and 800) 2 minute exposure (+one 8 minute) Skywatcher 150pds Celestron Advanced VX Mount Nikon D5200 Explore Scientific HR Coma Corrector 7235x5838 pixels
  9. From the album: The-MathMog's Images

    72 x 30 second subs 36 Min Total Exposure Iso 6400 Skywatcher 150PDS Nikon D5200 (Unmodded) Celestron Advanced VX Mount
  10. From the album: The-MathMog's Images

    The Cocoon Nebula (IC 5146) 3 Subs (2 Min, 6 Min, 8 Min) Iso 6400 and 1600 16 Minute Integration Time Skywatcher 150pds Celestron Advanced VX Mount Nikon d5200 Explore Scientific Coma Corrector Baader Neodymium Filter
  11. From the album: The-MathMog's Images

    Skywatcher 150P-DS Celestron AVX Mount Nikon D5200 2 Minute Exposures 55 Subs 1 Hour 50 Minutes Integration Time ISO 3200 Manually Stacked and Processed in Photoshop CS2 (My relationship with DSS isn't that good)
  12. From the album: The-MathMog's Images

    Skywatcher 150P-DS Celestron AVX Nikon D5200 Integration Time - 26.5 minutes 53 subs - 30 seconds each Manually Stacked and Processed in Photoshop CS2 Denmark
  13. From the album: The-MathMog's Images

    Taking advantage of a short break in the cloud cover. Although a thin layer is still present.
  14. Thanks guys! Good to know. Quantity seems to work miracles at times, I just need to figure out how I best improve my mounts tracking too. Not sure if Sky-align, two star align or solar system align is the best. And I suspect that I need to add a small amount of weight at the back of the telescope, for when shooting at objects low in the sky, as the camera weight might pull the telescope down a bit? I will definitely want to move more into the realm of longer exposures, hence why I am saving up for either a HEQ5 or maybe EQ6? The barlow lens I use now, advertised that if you only used the lens part, it would only magnify by 1.3x, which I then added to the prime adapter. It seems to be a bit more than 1.3x though. I have looked a bit into moving the primary mirror too, but I am not sure if that is something I want to try out, as I am not veeery good with stuff like that, and it would be a shame if I ruined the only OTA that I have
  15. Here is the result of one of my only semi-successful sessions with imaging. I am currently using a Celestron Nexstar 130 SLT, and decided to try some imaging with it, until I can afford a equatorial mount. The 130 SLT is infamous for not wanting to do prime focus, so I used the lens from a Baader 2.15x barlow, and screwed it onto the prime focus adapter I have. This seems to work decently, making it able to focus, and it seems to reduce the 2.15x so it doesn't need AS long subs. It is a stack of only two 30 second exposures 6400 iso (the rest of the attempted exposures had horrible tracking), one 8 second exposure to reveal more of the trapezium, and a few dark frames to remove some horrendous red noise in the lower frame. Editing is also quite new to me, as the techniques used in astrophotography is so different from anything that I am used to. It pales compared to a lot what you guys can manage, but it's an accomplishment for me Next time, I think I will just fire away a ton of 10-15 second subs and stack those, as they seem to be quite a bit more manageable to achieve.
  16. From the album: The-MathMog's Images

    One of my only semi-successful sessions with imaging. This whole thing is still very new to me, and the learning curve seems very steep, which makes it interesting and rewarding though. Celestron Nexstar 130 SLT Baader Barlow (Only the lens was used, which was screwed onto the prime focus adapter. Nikon d5200 2x 30 second subs (not sure how I pulled those off) 6400 iso 1x 8 second sub
  17. From the album: The-MathMog's Images

    A fireball that fell through the sky while I was testing some DSLR settings on random parts of the night sky!
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