B Can Hydrogen-Based Plastic Provide Better Radiation Protection than Lead?

AI Thread Summary
Hydrogen-based plastics are being explored for their potential to protect against interstellar radiation, with some studies suggesting they could outperform lead in terms of shielding effectiveness. A key advantage of hydrogen is its superior shielding capability on a pound-for-pound basis, although it requires significantly greater thickness to achieve the same level of protection as lead. A 2013 article by Cary Zeitlin in 'Space Weather' provides detailed insights into this topic. While lead is favored for its compactness, the depth required for hydrogen-based materials poses a challenge for practical applications. Further research and updates on radiation shielding technologies are necessary to assess their viability for space exploration.
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Some days ago, i read, that there is a plastic, that should be capable of protecting from interstellar radiation.

I would be interested in further information about this plastic. Someone here who has some material, i could take a look at?
 
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Hello entrance, :welcome:

Do you have a reference (where did you read it) ?
 
entrance said:
Some days ago, i read, that there is a plastic, that should be capable of protecting from interstellar radiation.

I would be interested in further information about this plastic. Someone here who has some material, i could take a look at?
A quick Google search turned up this: http://www.space.com/21561-space-exploration-radiation-protection-plastic.html
:smile:
 
Thanks, Berk! There is a substantial amount of information in Cary Zeitlin's 2013 article in 'Space Weather' . LRO seems to be in operation still, but I haven't found an update on the radiation shielding.
 
The key phrase is "pound for pound". The reason people like lead is that it puts a lot of pounds in a small space. But hydrogen is, pound for pound, the best shielding you can get. The problem is you need a depth more than 1000x great as thick as lead to get the same shielding.
 
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