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Derek Lyons wrote: [...] ROFTLMAO. Handwaving madeup equations rather than actually *thinking* and *analyzing* what the numbers means illustrates nicely what an idiot you are. Where as a post approaching invective in tone, and providing neither numbers nor analysis, provides...what? /dps |
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William C. Keel wrote: The NB-36 was such a wonderful idea that the USSR simply had to follow suit. They did something almost identical with a Tu-95 variant (Tu-95LAL, LAL for Flying Atomic Laboratory). Haven't read whether it was similarly shadowed by a detachment of paratroopers whose job was, in case of crash, to surround and cordon off the area, trying not to take too many rads while the higher-ups figured out what to do. Which would probably be to shoot the crew that crashed it to keep the program secret. Then shoot the people who shot the crew, because they know why the crew were shot....and then... There's info on the Tu-119 Atomic Bear he http://makeashorterlink.com/?C20253AFB There's also the funny story of the "Atomic Bounder" model kit here*: http://modelarchives.free.fr/archive...Bounder_K.html ....and where it came from: http://modelarchives.free.fr/archive...Bounder_S.html Since the commies are building one, we had better build one too! Note that photo of the Bounder flying with the MiGs...if your nuclear turbojets leave smoke trails, you've got a _big_ problem. :-) * I had that model as a kid BTW- I also had either a Gorgo or Reptilicus comic book that had the plane in it. It was bright red, of course. Pat |
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In article ,
Pat Flannery wrote: Any estimate of how expensive jet fuel must be before this becomes economical? Here's one for you: Assuming the beam comes down from a powersat in GEO, what are you going to do about the time-lag if the aircraft unexpectedly moves- say due to air turbulence? Use intermediate power sats in much lower orbits. This also keeps the aperture of the transmitter (IR, not microwave) down to a reasonable size. |
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"Pat Flannery" wrote in message
... Me, I want one of these: http://www.geocities.com/CapeCanaver.../1805/ion.html I'll hover about glowing in the night dressed as a alien Gray, hurling bull penis walking sticks at unsuspecting passerbys and occasionally using the electrically charged downwash to create crop circles. :-) Please also take a look at "How to Design a Flying Saucer," by Dr. Richard J. Rosa in _Analog_ magazine, September 1972, pp. 64-71. It's a fanciful but not impossible proposal to create a VTOL lifting body using magnetohydrodynamic techniques. Tricky part: getting air to ionize efficiently. Besides, Rosa's design looks a whole lot like the classic flying saucer. Jim McCauley |
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Jim McCauley wrote: Please also take a look at "How to Design a Flying Saucer," by Dr. Richard J. Rosa in _Analog_ magazine, September 1972, pp. 64-71. It's a fanciful but not impossible proposal to create a VTOL lifting body using magnetohydrodynamic techniques. Tricky part: getting air to ionize efficiently. Besides, Rosa's design looks a whole lot like the classic flying saucer. The ones in "The Future Of Flight" also look like classic flying saucers due to the fact that their upper surfaces are reflectors designed to focus laser beams hitting them from above into a highly focused ring of energy around their periphery. Pat |
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Pat Flannery wrote: richard schumacher wrote: Any estimate of how expensive jet fuel must be before this becomes economical? Here's one for you: Assuming the beam comes down from a powersat in GEO, what are you going to do about the time-lag if the aircraft unexpectedly moves- say due to air turbulence? Losing power for 1/2 second wouldn't be a problem. The plane would have a spinning reserve. |
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In article ,
richard schumacher wrote: In article , Pat Flannery wrote: Any estimate of how expensive jet fuel must be before this becomes economical? Here's one for you: Assuming the beam comes down from a powersat in GEO, what are you going to do about the time-lag if the aircraft unexpectedly moves- say due to air turbulence? Use intermediate power sats in much lower orbits. This also keeps the aperture of the transmitter (IR, not microwave) down to a reasonable size. Total area stays the same, doesn't it? Ten intermediates would each be about 1/10th the area, that sort of thing? -- http://www.cic.gc.ca/english/immigrate/ http://www.livejournal.com/users/james_nicoll |
#50
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