| Date 2017/04/10 Observation place Yatch Haven Park & Marina, Fort Lauderdale, Florida |
Technical
| Telescope | Celestron EdgeHD 800 Schmidt-Cassegrain - Diameter 203mm (8 ''), focal length 2032mm, f / 10 |
| Barlow | 2X (f / 20) |
| Mount | Celestron CGEM |
| Imaging camera | ZWO UPS 120MM (monochrome) |
| Selected resolution | 640 480 pixels x |
| Image type | R (RGB) The red image was chosen as the luminance image |
| Exhibition | 0,016 seconds, average 56 fps for each of the RGB images |
| Number of images | Selection of the best 650 photos out of 1 taken for each of the R, G and B images |
| Image acquisition software | FireCapture |
| Treatment | PIPP, AutoStakker, PixInsight and Photoshop |
Object description
| Object type | Planet |
| Visual magnitude | -2,5 |
| Diameter | 142 796 km |
| Dimension seen from Earth | 44,2 arc seconds |
| Distance Mars - Earth when shooting | 4,454917 AU (666,45 million km) |
| Second night in a row to photograph Jupiter. Here we can see the big red spot. Currently, Jupiter is in opposition to the earth, which means that it is closest to the earth. It is at its minimum opposition. Jupiter is a giant gas planet. It is the largest planet in the solar system, larger and more massive than all the other planets combined, and the fifth planet by its distance from the Sun (after Mercury, Venus, Earth and Mars). Taking into account the average atmospheric agitation (3/5), we can appreciate a very good resolution of the planet. To better combat the air turbulence, I used the image with the red filter as the luminance image, because the latter is less sensitive to the atmospheric agitation of the Earth. |
| Richard Beauregard Sky Astro - CCD My impression "We cannot be alone in this gigantic universe" |