Health Physics: Reactor Poll

In summary, the conversation involves someone seeking suggestions for their final paper on determining the depth of water in a spent fuel pool. They are looking for resources other than James Turner's text and a helpful suggestion is 'Radiation Protection and Dosemitry' by Stabin. This person is also provided with a link to a helpful resource.
  • #1
atomicpedals
209
7
Hello,

I'm working on a final paper for a HP class (ugrad/grad) and could use some suggestions. The problem I'm working on is determining the depth of water in a spent fuel pool, above a full core offload, required to reduce the exposure leve to X mGy/hr from fission products and principal actinides.

My question is actually pretty basic; can anyone suggest any possible resources to consult other than James Turner's text?Thanks for any suggestions!
 
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  • #2
Found another text to help me out... for those keeping score:

'Radiation Protection and Dosemitry' by Stabin
 
  • #4
Oh excellent. Thanks!
 
  • #5


Hello,

That sounds like a very interesting project! To determine the depth of water required to reduce exposure levels, you will need to consider factors such as the energy and type of radiation emitted by fission products and principal actinides, the thickness and composition of the pool walls, and any shielding materials present. Some resources you could consult include scientific journals and articles, government reports, and conference proceedings. Additionally, you may want to reach out to experts in the field of health physics or nuclear engineering for their insights and recommendations. Good luck with your paper!
 

1. What is health physics and why is it important in reactor poll?

Health physics is a branch of science that deals with the study and application of radiation protection in order to protect people and the environment from the harmful effects of radiation. It is important in reactor poll because it ensures the safety and well-being of workers and the public who are exposed to radiation in and around nuclear facilities.

2. What are the main sources of radiation in a reactor poll?

The main sources of radiation in a reactor poll include the nuclear fuel, radioactive materials used in the reactor, and the byproducts of nuclear reactions. Other sources may include equipment and materials used in maintenance and decommissioning activities.

3. How is radiation exposure measured in a reactor poll?

Radiation exposure is measured using units of radiation dose such as sievert (Sv) or rem. These units indicate the amount of radiation absorbed by a person or an object, and are used to determine the potential health effects of exposure.

4. What safety measures are in place to protect workers and the public in a reactor poll?

There are several safety measures in place to protect workers and the public in a reactor poll. These include the use of protective equipment, monitoring systems to measure radiation levels, strict adherence to safety protocols and procedures, and regular training for workers to ensure they are aware of potential hazards and know how to respond in case of an emergency.

5. What is the role of health physics professionals in a reactor poll?

Health physics professionals play a crucial role in ensuring the safety of workers and the public in a reactor poll. They are responsible for monitoring radiation levels, implementing safety protocols, conducting risk assessments, and providing training and education on radiation protection. They also play a key role in emergency response planning and ensuring compliance with regulations and standards related to radiation safety.

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