RadProtection: Difference between revisions
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{| border="1" style="background:transparent;" | {| border="1" style="background:transparent;" | ||
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|width="450pt"|'''[[RadProtection2|Title: | |width="450pt"|'''[[RadProtection2|Title: Energy Storage Options]] ''' | ||
|width="450pt"| | |width="450pt"| | ||
*Lead: | *Lead: Benjamin Klamm | ||
*E-mail: | *E-mail: bklamm@utsi.edu | ||
*Focus: | *Focus: find solution(s) applicable to SE for protection of personnel from ionizing radiation in Van Allen Belts, solar space weather, galactic cosmic rays. | ||
|} | |} | ||
<issues/> | <issues/> |
Revision as of 20:39, 18 September 2008
Radiation Protection for Humans in Transit
If we want to transport humans we need to reduce the radiation exposure expected on the baseline slow (200kph)ascent.
- Start with Anders Jorgensen’s work and evaluate extent of issue
- Outline potential solutions
- Speed
- Active shielding (electrostatic, plasma, bounded magnetic field, unbounded field, other)
- Passive shielding
- Work out a scenario using solutions to allow humans to transit on elevator
- Model the complete radiation exposure in a materials/radiation code or initially in a spreadsheet
Ongoing Work
Title:Open for Use: |
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Title: Energy Storage Options |
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<issues/>