IS IT POSSIBLE TO CREATE A TRANSPARENT SHIELD FOR SPACE STATIONS?

In summary, space stations are susceptible to harmful solar radiation such as galactic cosmic rays, solar flares, and other forms of radiation. To protect against these dangers, various methods have been proposed, including using lunar soil and electromagnetic shields. However, there is interest in finding a transparent shield that would allow light to enter. Some suggestions have included using glass with plastic and other absorbers, but the thickness and type of glass required are still unknown. Numerous papers and studies have been conducted on this topic, with some proposing the use of lunar or Martian dirt as radiation shielding for future missions. Further research and development is needed to find effective and transparent shielding for astronauts in space.
  • #1
dev_arora_13
15
0
space stations are to be protected from
1. galactic cosmic rays
2. solar flares
3. other harmful solar radiation

for protechtion we Can use
1. lunar soil
2. electtromagnetic shield Etc...

BUT IS THERE A WAY TO HAVE TRANSPERENT SHIELD
SO THAT LIGHT CAN ENTER ?


CAN GLASS WITH PLASTIC & SOME OTHER ABSORBERS BE USED ??
 
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  • #2
can a very thick layer of glass provide the shield??

if no then what could be used ?

if yes then how thick and what type of glass has to be used ?
 
  • #3
See thread - "Transparent shielding" - https://www.physicsforums.com/showthread.php?p=817969#post817969

See also,

http://www-d0.fnal.gov/~diehl/Public/snap/meetings/NASA-97-cp3360.pdf
NASA Conference Publication 3360
Shielding Strategies for Human Space Exploration
December 1997

Edited by
J. W. Wilson
Langley Research Center • Hampton, Virginia

J. Miller
Lawrence Berkeley National Laboratory • Berkeley, California

A. Konradi
Lyndon B. Johnson Space Center · Houston, Texas

F. A. Cucinotta
Langley Research Center • Hampton, Virginia

Proceedings of a workshop sponsored by the National Aeronautics and Space Administration and held at Lyndon B. Johnson Space Center, Houston, Texas
December 6–8, 1995
459 pages


Lunar and Martian dirt could provide radiation shielding for crews on future missions.
http://science.nasa.gov/newhome/headlines/msad20jul98_1.htm [Broken]


Radiation Effects and Protection for Moon and Mars Missions
http://science.nasa.gov/newhome/headlines/space98pdf/cosmic.pdf [Broken]


Materials for shielding astronauts from the hazards of space radiations
http://fsi.ucf.edu/special/SolarSystem/mars/HE/HE010.pdf [Broken]

For additional papers on this subject matter, see -

http://fsi.ucf.edu/special/SolarSystem/mars/HE/ [Broken]
 
Last edited by a moderator:

1. How does shielding protect space stations from radiation?

Shielding is a layer of material that is designed to absorb or deflect radiation. When radiation particles hit the shielding, they lose energy and are less harmful to the astronauts and equipment inside the space station.

2. What type of materials are used for shielding space stations?

The most common material used for shielding space stations is a combination of aluminum and polyethylene. These materials have been proven to effectively absorb and deflect radiation particles.

3. How thick does the shielding need to be to protect against radiation?

The thickness of the shielding needed depends on the type and intensity of radiation in the space environment. Generally, the thicker the shielding, the better the protection. However, it is important to balance the weight and cost of the shielding with its effectiveness.

4. Can shielding be added to a space station after it has been launched?

Yes, it is possible to add shielding to a space station after it has been launched. However, it is much more difficult and expensive to do so compared to incorporating shielding into the design and construction of the space station.

5. Does shielding affect the weight and maneuverability of space stations?

Yes, shielding adds weight to the space station which can affect its maneuverability in space. Therefore, it is important for engineers to carefully consider the amount and placement of shielding to balance its protective benefits with the impact on the space station's weight and maneuverability.

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