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- Path: sparky!uunet!paladin.american.edu!gatech!pitt.edu!karol
- From: karol+@pitt.edu (Filip M. Gieszczykiewicz (fmgst+@pitt.edu))
- Newsgroups: sci.electronics
- Subject: Flywheels and Space Stations
- Summary: ideal power source/battery
- Keywords: I hope this is original ;-)
- Message-ID: <1337@blue.cis.pitt.edu>
- Date: 3 Jan 93 15:56:37 GMT
- Sender: news+@pitt.edu
- Followup-To: sci.electronics
- Organization: University of Pittsburgh
- Lines: 39
-
-
- Greetings. How about a bit of a change of subject. This one is
- a bit more practical (and I'd patent if I could) [smirk]
-
- I'm sure most folks have seen the designs for 23rd century space
- stations - you know, the "wheel" ones. Yup, how practical would
- it be to use the spinnin motion of some parts of the station as a
- storage medium? From my point of view, the gyroscopic effect of
- a giga-flywheel would be benificial because it would stabilize the
- station and oppose all the forces like shuttles docking, folks
- shooting each other with guns [hey, how do you handle that part
- of social "interaction"? Gee, it's bad enough if it happens in
- a plane...[evil grin]], and other events that would otherwise be
- handled with rocket jets.
-
- Also, as you may suspect, the station would aready be spinning to
- simulate gravity (at least some portions of it would be, anyways).
- Hey, not to mention that we don't need any funky bearings and there
- is already vacuum!
-
- So, say we have a space station that NASA wants to build. During
- the time that it is exposed to sunligh (or magnetic field or
- whatever) motors are spinning up the flywheel which can then
- supply power to the station either when main power fails or
- simply as the MAIN power source.
-
- I'm sure this beats having a breeder/fusion/fuelcell in the
- vicinity of the station.
-
- Hope this stirrs some discussion as it seems to me to be a very
- possible (or more sane) application of this wonderful and
- efficient storage medium.
-
- Take care.
- --
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