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| ID No : | 1014 Edit | Title: | Trajectory Model of Lunar Dust Particles |
| Summary / Review : | "The goal of this work was to predict the trajectories of blowing lunar regolith (soil) particles when a spacecraft lands on or launches from the Moon. The blown regolith is known to travel at very high velocity and to damage any hardware located nearby on the Moon. It is important to understand the trajectories so we can develop technologies to mitigate the blast effects for the launch and landing zones at a lunar outpost. A mathematical model was implemented in software to predict the trajectory of a single spherical mass acted on by the gas jet from the nozzle of a lunar lander." (Author's abstract) |
| Author(s) : |
Kennedy Space Center, [Kennedy Space Center] |
| Publication Date: | 2008 |
| Category(s) : |
Environment / Lunar / Dust Transportation / Lunar launch and landers |
| Web URL : |
http://hdl.handle.net/2060/20090022219
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| PERMANENT code(s) : | L,U |
|
(Explanation of the last 3 rows above) |
In the row above, there are up to 4 possibilities: U = URL you can click on to get a copy instantly from another source on the internet, or request it from that source D = Downloadable from PERMANENT (such as because no other URL known...) L = LAN copy, PERMANENT has a digital copy but not downloadable from our website P = Paper copy in the PERMANENT office Typically, only 0 to 3 methods are available. |
| NTRS : | 20090022219 |
| Submitted by : | MEP |
| Comments: |
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