Using Gamma Ray reflector to reduce mass of Shadow shield

In summary, the conversation discusses the issue of dealing with the deadly gamma rays produced by a highly powered and radioactive rocket engine in a manned space vessel. The classical solution is to use a heavy shadow shield, but the idea of using a V shaped multi-layered gamma ray reflector is proposed. This would reflect a good portion of the gamma rays back into space, reducing the amount that needs to be absorbed by the shadow shield. The conversation also mentions the possibility of keeping the radioactive parts far away from people as an alternative solution.
  • #1
Sebastiaan
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0
Let's say we have manned space vessel powered by a highly power but radioactive rocket engine, producing a lot of deadly gamma rays. The classical answer to this problem is to use a shadow shield. However, Nuclear Shadow Shields are very heavy.

What about the idea of instead of trying to absort all gamma rays, we reduce mass by using a V shaped Multi Layered Gamma ray reflector in front of the shadow shield. That way a good proportion of those gamma rays will be reflected back into space. Of cource you still need a shadow shield but it mass could be reduced considable because it needs to absorb a lot less gamma rays
 
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  • #2
I always thought that the "classical" solution to that was to keep the radioactive parts far away from the people, rather than a massive shield.

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  • #3
Well distance help also, but you are still going to need a shadow shield
 

1. How does a gamma ray reflector help reduce the mass of a shadow shield?

A gamma ray reflector is a material that is designed to reflect and deflect gamma rays, which are high energy electromagnetic radiation. By using a gamma ray reflector on a shadow shield, it helps to redirect the gamma rays away from the shield, reducing the amount of energy that is absorbed and thus reducing the overall mass of the shield.

2. What are some common materials used as gamma ray reflectors?

Some commonly used materials as gamma ray reflectors include lead, tungsten, and bismuth. These materials are dense and have a high atomic number, making them effective at reflecting and deflecting gamma rays.

3. Can a gamma ray reflector completely eliminate the need for a shadow shield?

No, a gamma ray reflector cannot completely eliminate the need for a shadow shield. While it can help to reduce the mass of the shield, it is still necessary to have a shield in place to protect against any remaining gamma rays that are not reflected or deflected.

4. Are there any risks or limitations to using a gamma ray reflector?

One potential risk of using a gamma ray reflector is that it may not be able to reflect or deflect all types of gamma rays. Additionally, the reflector material itself may become radioactive if exposed to high levels of gamma radiation over time. There may also be limitations in the size and shape of the shield that can be effectively reduced using a gamma ray reflector.

5. How does the use of a gamma ray reflector impact the cost of a shadow shield?

The use of a gamma ray reflector may initially increase the cost of a shadow shield, as the reflector material itself can be expensive. However, in the long run, it can help to reduce the overall cost of the shield as it allows for a smaller and lighter shield to be used. This can save on materials and transportation costs.

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