Irradiate PtCl2 in a reactor core

In summary, the experiment of irradiating PtCl2 in a reactor core carries the potential risk of a nuclear reaction and release of radioactive material, as well as potential corrosion and chemical reactions due to contact with water and activation in a neutron flux. It is important to take precautions and properly contain the PtCl2, potentially in a hermetically sealed stainless steel capsule. The specific type of reactor and temperature also need to be carefully considered in order to mitigate any potential risks.
  • #1
Yolz
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As part of an experiment, I'm looking to irradiate PtCl2 in a reactor core, PtCl2 will be contained in an Al container. What's the worst that could happen?
 
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  • #2


What kind of reactor? LWR? BWR or PWR? or HWR, or GCR? or test reactor? What temperature?

If Al has contact with water at 300C, then corrosion could be a problem. Al will become activated in a neutron flux. One might also get a chemical reaction with Cl and Al.

If the Al cladding were to breach then there would probably be a chemical reaction.

I would think that one would put the Al capsule in a hermetically sealed stainless steel capsule.
 
  • #3


Well, the worst that could happen is that the PtCl2 could undergo a nuclear reaction in the reactor core, leading to a potentially catastrophic release of radioactive material. This could result in harm to the environment and people in the surrounding area. Additionally, the Al container may not be able to withstand the radiation and could potentially break, further increasing the risk of a radioactive release. It is important to carefully consider the potential risks and safety measures before conducting such an experiment.
 

1. What is the purpose of irradiating PtCl2 in a reactor core?

The purpose of irradiating PtCl2 in a reactor core is to use it as a catalyst for various chemical reactions, such as the production of hydrogen gas or the conversion of hydrocarbons into useful fuels.

2. How does irradiation affect the properties of PtCl2?

Irradiation can cause changes in the physical and chemical properties of PtCl2, such as altering its crystal structure, increasing its reactivity, or creating new isotopes of platinum.

3. What is the optimal irradiation dose for PtCl2?

The optimal irradiation dose for PtCl2 depends on the specific desired reaction and the conditions of the reactor core. It is typically determined through experimentation and may vary for different applications.

4. Can irradiated PtCl2 be reused?

Yes, irradiated PtCl2 can be reused multiple times in the same or different reactions. However, its effectiveness may decrease over time due to changes in its properties caused by irradiation.

5. Are there any safety concerns when working with irradiated PtCl2?

Yes, there are potential safety hazards when handling irradiated PtCl2, as it may emit harmful radiation. Proper precautions and safety protocols must be followed to ensure the safety of researchers and the environment.

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