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Best ZWO cameras for planetary imaging and deep-sky (DSO ...
- https://astroforumspace.com/best-zwo-cameras-for-planetary-imaging-and-deep-sky-dso-astrophotography/#:~:text=Planetary%20imaging%20involves%20taking%20short%20exposure%20videos%20%E2%80%93,is%20able%20to%20take%2010%20pictures%20each%20second.
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How To Photograph Planets | Practical Tips for Any Camera
- https://astrobackyard.com/how-to-photograph-planets/
- For wide-angle photos of planets in the night sky, a DSLR camera is best. A DSLR allows you to have full manual control of your camera settings from aperture …
Planetary Imaging with Your DSLR Camera - Sky & Telescope
- https://skyandtelescope.org/astronomy-resources/planetary-imaging-with-your-dslr-camera/
- When recording planetary videos with your DSLR, use the camera’s exposure-simulation mode if available. Adjust the shutter speed and ISO to …
Astrophotography and Exposure, Clarkvision.com
- https://clarkvision.com/articles/astrophotography.and.exposure/
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How to photograph planets | BBC Sky at Night Magazine
- https://www.skyatnightmagazine.com/astrophotography/astrophoto-tips/how-to-photograph-planets/
- The ideal setting would be one with a high frame rate, low gain and short exposure (which also helps the frame rate). Control software, such as FireCapture, will typically offer a range of exposure speeds. Select the fastest …
An Intro to Photographing the Planets | Fstoppers
- https://fstoppers.com/astrophotography/intro-photographing-planets-575123
- For practical planetary photography, this usually means investing in a medium to large reflecting telescope (large refractors are too long) with an …
A Guide to Planetary Imaging & Processing - The London …
- https://www.thelondonastronomer.com/it-is-rocket-science/2018/6/7/a-quick-guide-to-planetary-imaging
- Saturn has a lower surface brightness than Jupiter when imaging at long focal lengths so exposure times will have to be longer resulting in it taking more time to capture a decent number of frames. I’d suggest limiting capture times to 120 seconds if conditions allow. Uranus - Rotational period 17.9 hrs. Unless you are imaging at a very long focal length with a …
Capturing | Planetary Imaging Tutorials
- http://planetaryimagingtutorials.com/capturing/
- We want to use an exposure time that will allow the maximum frame rate. For a bright planet the camera’s max frame rate may be the limiting factor. For a dim planet we end up setting the gain to 100% and then adjust the exposure time to get 40%.
Best ZWO cameras for planetary imaging and deep-sky …
- https://astroforumspace.com/best-zwo-cameras-for-planetary-imaging-and-deep-sky-dso-astrophotography/
- Planetary imaging involves taking short exposure videos – often one or two minutes – of the planets in our solar system as explained above. Let’s do some simple math. If you’re taking a one minute video of Jupiter and your FPS is 10, it means that your camera is able to take 10 pictures each second.
A Few Words on Short Exposures for Astrophotography
- https://skyandtelescope.org/astronomy-blogs/imaging-foundations-richard-wright/short-exposures-astrophotography/
- Pretty soon, deep sky imaging will use the same techniques as planetary imaging. Ideally one could go to even shorter exposure times. If you make a sequence of images of a bright star, with one second exposure, you get a star image with a given diameter, if you decrease the time to 1/10th of a second, the star image is smaller, at 1/100th (10ms ...
How To Photograph The Gas Giants: Jupiter and Saturn
- http://soggyastronomer.com/how-to-photograph-the-gas-giants-jupiter-and-saturn/
- Fast Exposure Planetary Imaging Jupiter and Saturn are bright planets – they have a visual magnitude between +1.5 to -3. What this means is you don’t need to take a long exposure to capture their detail. In fact, a long exposure will just wash out all the detail. This means you don’t need a computerized tracking mount.
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