Infinite neutron plane source in the vicinity of slab

In summary, it is possible for the flux to be greater than one in some places when solving the neutron diffusion equation for a plane source near a slab of water, but this could be due to various factors such as boundary conditions, mathematical model limitations, or errors in calculations. It is important to double-check calculations and seek advice from experts in the field for further guidance.
  • #1
aser
1
0
hello
I solve neutron diff eq for plane source in the vicinity of slab of water but if i substitute source term with 1 the flux in some places is greater than one! how it possible?! i am sure about my calculation so someone say me how it possible?
 
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  • #2
aser said:
hello
I solve neutron diff eq for plane source in the vicinity of slab of water but if i substitute source term with 1 the flux in some places is greater than one! how it possible?! i am sure about my calculation so someone say me how it possible?
If one has a flux gradient, then the average value will be between the high and low values. For example, on a line between 0 and 1, the average value is 0.5. If one is an average value, then the low could be 0.9, while the maximum would be 1.1.
 
  • #3


Hello,

It is possible for the flux to be greater than one in some places if the source term is substituted with a value of 1. This could be due to a few reasons:

1. The boundary conditions of the problem may not be properly defined, leading to incorrect results.

2. The mathematical model used to solve the problem may not accurately represent the physical system, leading to unexpected results.

3. There may be errors in the calculations or assumptions made during the solution process.

I would suggest double-checking your calculations and assumptions, and also considering the limitations of the mathematical model you are using. It may also be helpful to consult with other experts in the field for their insights and advice.

I hope this helps. Good luck with your problem-solving!
 

Related to Infinite neutron plane source in the vicinity of slab

1. What is an infinite neutron plane source?

An infinite neutron plane source is a hypothetical concept in physics where a plane of neutrons is assumed to extend infinitely in all directions. It is often used as a simplified model for studying neutron interactions in materials.

2. What is the "vicinity of slab" in relation to an infinite neutron plane source?

The "vicinity of slab" refers to the area near a slab of material that is being studied in relation to the infinite neutron plane source. It is the region where the effects of the neutron interactions with the slab are observed.

3. What is the purpose of studying an infinite neutron plane source in the vicinity of slab?

Studying an infinite neutron plane source in the vicinity of slab allows scientists to better understand the behavior of neutrons when they interact with materials. This can have applications in nuclear energy, materials science, and other fields.

4. How is an infinite neutron plane source in the vicinity of slab different from other neutron sources?

An infinite neutron plane source differs from other neutron sources in that it is an idealized concept rather than a physical source. It simplifies the study of neutron interactions and does not have the same limitations as real-world sources, such as size and shape.

5. What are some potential challenges in studying an infinite neutron plane source in the vicinity of slab?

One potential challenge is accurately modeling the behavior of neutrons in the vicinity of the slab, as it can be influenced by various factors such as the material's composition and thickness. Another challenge is obtaining reliable data and observations due to the complexity of the interactions and the limitations of experimental techniques.

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