File:AreostationaryCoverage.png: Difference between revisions
A plot of an example computed coverage area for an areosynchronous satellite. The constraint used in this example is that the satellite must appear 10 degrees above the horizon in order to maintain coverage. The coverage zone in this image is centered... |
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Revision as of 03:58, 1 September 2018
Summary
A plot of an example computed coverage area for an areosynchronous satellite. The constraint used in this example is that the satellite must appear 10 degrees above the horizon in order to maintain coverage.
The coverage zone in this image is centered on the equator at 180 degrees latitude.
Plotted with Leaflet and Mapbox by Pete Brandt, source code available at https://github.com/pbrandt1/flight-dynamics-tutorials
Licensing
Creative Commons Attribution-ShareAlike 4.0 (More Details)
File history
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| Date/Time | Thumbnail | Dimensions | User | Comment | |
|---|---|---|---|---|---|
| current | 03:58, 1 September 2018 |  | 1,220 × 796 (670 KB) | Pb (talk | contribs) | correct coverage zone sizes |
| 04:41, 30 August 2018 |  | 515 × 399 (177 KB) | Pb (talk | contribs) | A plot of an example computed coverage area for an areosynchronous satellite. The constraint used in this example is that the satellite must appear 10 degrees above the horizon in order to maintain coverage. The coverage zone in this image is centered... |
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