تم التقاط هذه الصور باستخدام تلسكوب Celestron Powerseeker 80EQ وكاميرا هاتف ذكي، وتظهر هذه الصور التحول المذهل لمشتري قبل وبعد معالجته. يكشف العرض المحسّن عن تفاصيل وأوضح أكثر، مما يبرز الأشرطة الجوية والخصائص الفريدة للقمر المشتري.
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Are these two separate photos? The “before” image is completely blown out and lacks any detail, so it couldn’t have been used to produce the second image.
Yes, they are. I overexposed it so you could see the moons, but it’s not relative to the finished image.
Celestron SE8 telescope with ZWO ASI585MC Pro camera, processed using PIPP, Autostakkert, and Registax.
Great shot!
Yes, but aren’t those Jupiter’s moons in the first picture?
What are your thoughts on the before and after images?
Record a 20-second video. You’ll need more zoom and to lower your ISO or shutter speed.
The image shows a before and after comparison of Jupiter, captured using a Dobsonian 8-inch telescope and a Canon 550D camera.
Zooming in too far can make the image appear grainy.
This image shows Jupiter captured through an 8-inch Dobsonian telescope with a POCO F5 Xiaomi phone. The quality is affected by either using too high an ISO or poor atmospheric conditions at the time. I was still new to astrophotography, and this was taken around August 10–20, which wasn’t the ideal period for imaging Jupiter.
Thank you for sharing this.
That’s impressive! How did you capture this? Did you use a Barlow lens? Here’s my attempt with an 8-inch Dobsonian and a Canon 700D.
I used a 2x Barlow lens with a 30-second shutter speed and ISO 400, likely from a video. I don’t recall the exact settings for this shot, but here’s my before image for comparison.
What did you use to process this?
The photo editor.
Use specialized programs like PIPP and Autostakkert to enhance the details in your images.
Excellent images. Could you share which eyepiece and Barlow lens you used? I tried my 10mm eyepiece, but Jupiter appeared too small in the view.
I also use an 80eq telescope.
It’s great to see the processed result.
I captured this without a Barlow lens, using SVBONY eyepieces I purchased from Amazon for about $40.