This repository contains the input files and analysis scripts developed for the Master's Thesis focused on the modelling and Monte Carlo simulation of particle and radiation transport in indirect-drive inertial confinement fusion (ICF).
The simulations were performed using the PHITS Monte Carlo code, and the results were post-processed using custom Python scripts.
PHITS input files defining the physical and geometrical model at stagnation, including sources and tallies for different fusion products:
- Neutron transport simulations (14.1 MeV source).
- Alpha particle transport simulations (3.5 MeV source).
Python scripts developed for post-processing and analysis of PHITS outputs:
-
PHITS_Source_generator.py
Generates the particle source distribution used in PHITS simulations. -
Neutron_spectrum.ipynb
Reads and analyses neutron energy spectra from PHITS tallies. -
Photon_spectrum.ipynb
Reads and analyses photon energy spectra from PHITS tallies. -
t_product_neutron.py
Analyses neutron production from tallies -
t_product_photons.py
Analyses photon production from tallies
- PHITS: version 3.34
- Python: version 3.13