Need Recommendations for Nuclear Reaction Modelling Software

In summary, the document seeks recommendations for software tools that can effectively model nuclear reactions. It highlights the importance of accuracy and usability in such tools, emphasizing the need for features that can accommodate various types of nuclear processes. The request is aimed at gathering insights from experts and practitioners in the field to identify reliable and efficient software options.
  • #1
Todobek
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Working on a project where I need to model nuclear reactions with different fuel pellet shapes. Does anyone have recommendations for software that's good for this? Any advice or experiences are also welcome!
 
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  • #2
Welcome to PF.

(thread moved to the Nuclear Engineering forum for now)

Do you have access to MCNP? That would seem to be an industry-standard simulation package:

https://mcnp.lanl.gov/

Can you say more about the application you are wanting to simulate?
 
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Likes Alex A
  • #3
Todobek said:
model nuclear reactions
What does one mean by 'model nuclear reactions' in the context of 'different pellet shapes'?

Normally, one is concerned with the fission density, self-shielding effects, and pellet shape/geometry would be a factor.

Does one intend to model neutron capture and scattering/excitation, as well as fission? Does one have to model the reactions in the fission products as well as the fuel (typically U, but also Pu or Th) and transuranics (from transmutation)?
 
Last edited:
  • Informative
Likes Alex A and berkeman

FAQ: Need Recommendations for Nuclear Reaction Modelling Software

What are the top nuclear reaction modelling software available?

Some of the top nuclear reaction modelling software include TALYS, EMPIRE, GNASH, CoH, and MCNP (Monte Carlo N-Particle). Each of these tools has its own strengths and is suited for different types of nuclear reaction simulations.

Which nuclear reaction modelling software is best for educational purposes?

For educational purposes, TALYS is often recommended due to its comprehensive documentation and user-friendly interface. It is widely used in academic settings for teaching nuclear physics and reaction modeling.

Can these software tools handle both neutron and proton reactions?

Yes, most of the advanced nuclear reaction modelling software like TALYS, EMPIRE, and GNASH are capable of handling both neutron and proton reactions. They offer extensive libraries and models to simulate various types of nuclear interactions.

What are the system requirements for running nuclear reaction modelling software?

The system requirements can vary depending on the software. Generally, a modern computer with a multi-core processor, at least 8GB of RAM, and sufficient storage space is recommended. Some software may also require specific operating systems like Linux or Windows.

Is there any open-source nuclear reaction modelling software available?

Yes, TALYS is an example of open-source nuclear reaction modelling software. It is freely available for academic and research purposes and offers a comprehensive set of features for simulating nuclear reactions.

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