Results 1 - 6 of 6 results out of about 1294 pages. (0.53 seconds)
- GEOSBSP . . . 3 matches
- ...r and solar tides. A related analysis is on this wiki, for lower and more stable [[ LightOrbit | MXXX orbits ]].
* [[#LightPrecession | Precession of the argument of periapsis b...
- ThinsatV6 . . . 1 match
- ... mostly aluminum, thicker than previous versions to insure orbit stability against [[LightOrbit|light pressure perturbations.]]
||{{attachment:ThinsatV6_1000.png| |width=250 }}||B...
- ThinsatV4 . . . 1 match
- ... mostly aluminum, thicker than previous versions to insure orbit stability against [[LightOrbit|light pressure perturbations.]]
||{{attachment:ThinsatV4_488.png }}||Back side of a...
- SbspInterference . . . 1 match
- ... way to keep them in a predictable orbit is to let it drift in a controlled way. [[ LightOrbit | Similar to a server sky array]], an array can be in an elliptical orbit, with peri...
- NavigationV01 . . . 1 match
- ...with the light pressure causing this elliptical orbit to precess once per year. See LightOrbit for more details.||
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=== Light pressure from Optical thrusters ===
The v...
- EarthOrbits . . . 1 match
- ... || 81.3 || 38.2 || 162.4 || 253 || 0.43 || 5e-4 ||
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[[ LightOrbit | Light Pressure Modified Orbits ]]
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=== References ===
[[ http://en.wik...