OpenMC Monte Carlo Code
Nuclear Data Extraction Library
FISPACT-II workshops given at OECD
Applied Nuclear Data Assimilation using Least sqUareS (ANDALUS) is an Open Source data assimilation tool for improving predictions of nuclear applications.
A small python library to read multigroup nuclear data libraries.
Neutron spectrum regrouping and adjustment tools.
SAUNA: A Python package for sensitivity and uncertainty analysis
Python package to read nuclear mass files from the AME and NUBASE published datasets
A GUI-based internal dose calculator using ICRP phantoms and S-value datasets. Supports adult male and female models for I-131, Lu-177, and Ra-223.
An open-source tool that converts EPICS datasets (EEDL, EADL, and EPDL) into structured HDF5 files, making evaluated electron-photon coupled physics data easy to use in Python-based simulations, analysis, and modern scientific workflows.
GenNJOY is an open-source Python framework designed to automate the generation of high-fidelity, continuous-energy nuclear data libraries. It serves as a robust interface between raw Evaluated Nuclear Data Files (ENDF-6 format) and the NJOY2016 nuclear data processing system, streamlining the creation of ACE and HDF5 libraries for Monte Carlo codes
Provenance-first nuclear-data audit toolkit for superheavy nuclei: IAEA/AMDC/ENSDF-style ingestion, decay-chain observability, route-feasibility scoring, Bayesian/Monte Carlo sensitivity, benchmarks, ablation, and falsification logic.
IRMA - One phonon model, three outputs: ENDF-6 thermal scattering evaluations, instrument-resolved INS spectra, and NCrystal transport kernels; a machine-learned-potential front end starts from a bare crystal structure.
Simple codebase to analyze and download Evaluated Nuclear Data Files (ENDFs).
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