Equipment:
-Sky-Watcher Dob 14″ (350/1600) Retractable SynScan GOTO telescope
-Barlow lens cell NPZ PAG 3-5x
-ZWO ADC
-ZWO IR-cut filter
-ZWO ASI 183MC camera
Stacking of 800 frames 3000 (Autostakkert), wavelets and deconvolution (Astrosufrace), derotation of 6 stacks (Winjupos).
Location: KGO Observatory, Karachay-Cherkessia, Russia.
One source video at link.
Equipment:
-Celestron NexStar 8 SE telescope (optical tube)
-Celestron CG-4 mount
–Barlow lens cell NPZ 2x
-ZWO ADC
-ZWO IR-cut filter
-ASI ZWO 183MC camera.
Stacking 800 frames from 3000 (Autostakkert), wavelets (AstroSurface), derotation of 9 stacks (WinJUPOS).
Equipment:
-Sky-Watcher Dob 14″ (350/1600) Retractable SynScan GOTO telescope
-Barlow lens cell NPZ PAG 3-5x
-ZWO ADC
-ZWO IR-cut filter
-ZWO ASI 183MC camera
Stacking of 800 frames 3000 (Autostakkert), wavelets and deconvolution (Astrosufrace), derotation of 10 stacks (Winjupos).
Location: KGO Observatory, Karachay-Cherkessia, Russia.
One source video at link.
Rotation (22:27-22:37)
Equipment:
-Meade 70mm Astrograph Quadruplet APO Refractor
-Sky-Watcher AZ-GTi mount
-Barlow lens NPZ 2x
-ZWO IR-cut filter
-ZWO ASI 183MC camera
Due to the huge difference in the brightness of Venus, Jupiter and its satellites, I had to shoot two separate videos.
Shooting and processing:
1. Shooting a video with normal exposure for Jupiter, but overexposure for Venus (shooting time 18:37).
2. Shooting a video with normal exposure for Venus, but underlight for Jupiter (shooting time 18:38).
3. Addition of frames (separately Jupiter, separately Venus, 250 frames each).
4. Overlay of the unexposed image of Venus from the second video on the overexposed image of Venus from the first video.
5. Adjusting the white balance, increasing the brightness of Jupiter’s satellites relative to the planet’s disk.
