Tasks:Radiation insulation for rover systems
From TeamFrednetWiki
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2010 2 9 |
| Task title: | Tasks:Radiation insulation for rover systems |
| Contact person: | Tobias Krieger |
| Blueprint: | (None) |
| Persons working on this task: | (No one) |
| Start: | (ASAP) |
| End: | (ASAP) |
| Group: | Category:Tasks_(Open)-lunar rover |
| Product: | (Undefined) |
| Dependencies: | (Undefined) |
| Impact: | (Undefined) |
| Percent complete: | (0%) |
| Man-hours Remaining: | (999 hours) |
| Relate page: |
Category Page_of_Tasks:Radiation insulation for rover systems not found
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Description:
Proposals for a good protection (material, thickness,...) of the rover systems against radiation should be given, in response to data found by Parameters of radiation protection task.
For further information, contact Tobias Krieger.
Comments:
This is the second part of a task which recommends the shielding necessary for the space environment. It is premature to start this task until parameters of radiation protection task is complete. --Sean Casey 01:31, 9 August 2009 (EDT)
In terms of protection against heat and coldness: Aerogel is the best heat/cold insulation mankind dicovered so far. (Only vacuum is better). I could calculate the ammount of needed heat/cooling- energy. All I need is: - the min. and max temperature that this rover can deal with - the size [m*m*m]of the parts of the rover wich needs to be cooled/heated (would be great if they are all located next to each other ;) ) - the ammount of electric energy these parts need to run. [Watt]
