Nuclear data processing with legacy NJOY

Migrated to: https://gitlab.com/Oslandia/albion

C/C++ library and Python bindings for x-ray cross sections, x-ray source spectra modeling, multi-material beam hardening correction, and dual energy decomposition algorithms

Python ENDF Parser

Tools for calculating structural member cross sectional properties and a database of standard properties.

Code for calculating Coherent Elastic Neutrino-Nucleus Scattering (CEvNS) cross sections and recoil spectra. Also includes code for obtaining New Physics constraints from the COHERENT-2017 results.

A PyQt5 app catered to the exploration industry for visualizing geologic drill hole data with features like cross-sections, simple 3D views, strip logs, scatter plots, and downhole line plots. Includes data transformation techniques like factor analysis, desurveying, and alpha-beta conversion.

Python script and tools to compute cross-sections along a streamline in python and ArcGIS.

xsec is a tool for fast evaluation of cross-sections, taking advantage of the power and flexibility of Gaussian process regression.

Python package for access, manipulation, and analysis of thermal neutron-capture gamma-ray data from the Evaluated Gamma-ray Activation File (EGAF) library.

CoSIMS, a Collision Simulator for Ion Mobility Spectrometry (Journal Article: https://doi.org/10.1021/acs.jpcb.9b01018)

Excel VBA library for creating steel shape objects based on the AISC Steel Manual.

MatBaseX is an all-in-one database and analytical tool for photoelectron spectroscopy (PES) analysis, focused on materials and their X-ray interactions. It offers features like a Materials Properties Database, IMFP & XPS Sensitivity Factor Calculator, and PES N-Layer Simulations & Curve Fitting utilities. Explore its powerful capabilities today!

Library to compute cross-sections and decay network of relevance for Galactic Cosmic Ray physics

Software for calculation of collisional cross sections

A small python library to read multigroup nuclear data libraries.

A Graphical User Interface for GANDR

This program, which was compiled using the MATLAB application, is a program that can calculate cross sections and perform multipol decomposition of the case of electromagnetic wave scattering in a system of coated spheres. This program was made as my undergraduate final project. The theory used to explain this scattering case is the Mie theory.

This model is a simple method to classify, quantify and illustrate the uncertainty in subsurface interpretation using python open source libraries. This model takes a practical and coding focused approach to visualise the uncertainty in subsurface interpretations by calculating zones and levels of uncertainty—the Five uncertainty zones created b…

Simplified Models and subHalos distributions