Development and Verification of a One-Dimensional Collision Probability Based Neutron Transport Code to Model Axially Heterogeneous Cylindrical Vessels Containing Aqueous and Organic Plutonium Nitrate

Published: 10 November 2023| Version 1 | DOI: 10.17632/7tmv36spxp.1
Contributor:
Jasmin Daniels

Description

In accordance with EPSRC funding requirements, this supplementary dataset provides all supporting data used to create figures in the following reference: Daniels, J., Williams, M.M.R., Eaton, M.D., 2023. Development and Verification of a One-Dimensional Collision Probability Based Neutron Transport Code to Model Axially Heterogeneous Cylindrical Vessels Containing Aqueous and Organic Plutonium Nitrate. Annals of Nuclear Energy, Under Review. This dataset provides the results of computational models performed to verify a collision probability (CP) based neutron transport code. Each folder of this dataset has either a single python script, or multiple python scripts accompanied by a readme file, which the viewer can run to generate the figures presented in the above reference.

Files

Institutions

Imperial College London

Categories

Nuclear Engineering, Neutronics Modeling, Neutronics

Licence