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so if you think otherwise, you need to show a lot more than just your word. I'm waiting ... Regards
yf
Originally posted by johnlear
Thanks for your input yfxxx, it is genuinely appreciated and much more so because there is so little of it.
Originally posted by yfxxx
Nonsense! It takes a long time to tidally lock the rotation of a large and heavy moon, but for a satellite with its much lower mass it's a very quick process.
Originally posted by Beachcoma
Hey, what other non-NASA satellites use gravity-gradient stabilization, do you know? Not that it matters much to me, but some people will probably not trust it if it's a NASA satellite.
Interesting to note that the NASA satellites that use this technique are called ATS (Applications Technology Satellites).
Originally posted by johnlear
Thanks for the post cdrn. Regarding the moon: if that were the case then the far side would be on the near side as Hansen (Peter Andreas) hypothesized (and was never proven wrong) that the centery of gravity of the moon is 59 kilometers beyond the geometric center.
Either 'discordance' employment of the Bullialdus/Newton inverse-square law or gyro aided-stabilization. I would respectfully suggest that gyro aided stabilization would be much more likely as we wouldn't have to wait one hundred thousand years or more and both Lear-Siegler and Sperry could use the business.
Originally posted by Jbird
Ok, lets attack the topic, not the members.
There's plenty of ways to refute an opposing opinion,
with out resorting to name calling.