Captured Juno as it came by in April. It’s moving right along. 351 Frames 30 seconds/frame 600 mm lens 95
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It might as well be fun
Captured Juno as it came by in April. It’s moving right along. 351 Frames 30 seconds/frame 600 mm lens 95
The theoretical resolution of a 5 inch telescope is between 0.93 and 1.10 arcseconds (Dawes and Rayleigh limit). So what
Crappy seeing but it sort of cleared up at the end. It could have been the smoke from the fire
Using 3 hours of data to make a map of the Jovian “surface” Also tried to use WinJuPos to derotate
Three 4000 frame videos combined together and the stacked and filtered.
Long integrations to try to image the moons of Saturn
Animation of Jupiter with Io and Europa moving behind the planet. From 8:40 UT to 11:36 UT (1:40 am to
Attempt to see if WinJuPos does anything It’s not easy to tell if WinJuPos de-rotation help in a detectable way.
Since I have a 5i I might as well see how well I can get it auto-guiding. I have used
I rearranged the imaging chain on the 5i. Basically I took out the Atmospheric Distortion Corrector. So now it is