Magnitude of Fissile Element at the Order of a Neutron.

In summary, the conversation discusses the concept of a fissile element and its magnitude in relation to a neutron. The question is posed about deriving point kinetic equations in this situation, and further clarification is requested about the meaning of "magnitude of fissile element at the order of a neutron." The conversation also touches on the differences between fissile and fertile nuclides.
  • #1
nucerl
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Consider a fissile element whose magnitude is at the order of a neutron. In this situation, how can we derive the point kinetic equations?

Thanks everyone.
 
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  • #2
nucerl said:
Consider a fissile element whose magnitude is at the order of a neutron. In this situation, how can we derive the point kinetic equations?
Please clarify what one means by "Magnitude of Fissile Element at the Order of a Neutron".

There are 'fissile' nuclides which readily fission upon absorption of a neutron, as opposed to 'fertile' nuclides which require interaction with high energy (MeV) neutrons in order to fission but otherwise absorb neutrons and subsequently decay, possibly into fissile species.
 

What is a fissile element?

A fissile element is a type of element that is capable of undergoing nuclear fission, meaning that its nucleus can split into two smaller nuclei when struck by a neutron.

What is the magnitude of a fissile element?

The magnitude of a fissile element refers to the amount of energy released during nuclear fission. It is typically measured in units of megatons or kilotons of TNT equivalent.

What is the order of a neutron in relation to a fissile element?

The order of a neutron refers to the number of neutrons present in the nucleus of a fissile element. This number can vary depending on the specific element, but it is typically in the range of 100 to 300 neutrons per nucleus.

How is the magnitude of a fissile element at the order of a neutron determined?

The magnitude of a fissile element at the order of a neutron is determined by several factors, including the specific element, its isotopic composition, and the energy of the neutron. It can also be calculated using mathematical equations and experimental data.

What are some examples of fissile elements?

Some examples of fissile elements include uranium-235, plutonium-239, and thorium-232. These elements are commonly used in nuclear power plants and weapons due to their ability to undergo nuclear fission.

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