LRO development |
LRO development |
May 2 2005, 01:31 AM
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Senior Member Group: Moderator Posts: 2262 Joined: 9-February 04 From: Melbourne - Oz Member No.: 16 |
Just read this interesting article about LRO
http://science.nasa.gov/headlines/y2005/28apr_lro.htm QUOTE "This is the first in a string of missions," says Gordon Chin, project scientist for LRO at NASA's Goddard Space Flight Center. "More robots will follow, about one per year, leading up to manned flight" no later than 2020." One per Year? Is this just wishful thinking or have any tentitve plans been mentioned for follow up missions after LRO? If the next one is going to be 2009/10 then I guess some desisions about it will have to be made fairly soon. James -------------------- |
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Jan 23 2006, 07:08 PM
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#2
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Solar System Cartographer Group: Members Posts: 10256 Joined: 5-April 05 From: Canada Member No.: 227 |
Alex, your posts are very useful... Thanks.
Phil -------------------- ... because the Solar System ain't gonna map itself.
Also to be found posting similar content on https://mastodon.social/@PhilStooke Maps for download (free PDF: https://upload.wikimedia.org/wikipedia/comm...Cartography.pdf NOTE: everything created by me which I post on UMSF is considered to be in the public domain (NOT CC, public domain) |
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Guest_AlexBlackwell_* |
Jan 23 2006, 11:17 PM
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#3
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Guests |
QUOTE (Phil Stooke @ Jan 23 2006, 07:08 PM) Alex, your posts are very useful... Thanks. My pleasure, Phil. There are two more RLEP-related articles in the January 23, 2006, issue of AW&ST; unfortunately, online access to these articles is available only to subscribers. The second of these two "not-for-free" articles, "Robotic Lunar Lander Will Try For Water Samples" by Frank Morring, has an interesting passage:QUOTE THE TECHNOLOGY would be extensible to other landers, says Mike Booen, vice president for Raytheon's advanced missile defense product line, and would be available much faster and at lower cost than a new development. Raytheon is also studying whether it could be used on a piggyback LRO ground-sensor payload, one possibility under a new request for information put out by Ames Research Center, home of the RLEP program office (see p. 44).
If the secondary LRO payload is a lunar communications satellite, it could help solve the problem of communicating with sensors in deep craters, at least when the satellite is over the crater. Also being considered are trailing cables that would link the sensor with the lander on the crater rim. That, in turn, might help solve the problem of powering sensors in the dark crater bottoms. Other possibilities include batteries, fuel cells or a nuclear power source that converts heat from radioactive decay into electricity. This post has been edited by AlexBlackwell: Jan 24 2006, 01:18 AM |
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