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NuclearJS - Reactive Flux built with ImmutableJS data structures. Framework agnostic.

  •    Javascript

NuclearJS is a traditional Flux architecture built with ImmutableJS data structures. The goal of NuclearJS is to provide a way to model data that is easy to reason about and decouple at very large scale. The framework should be implemented functionally wherever appropriate. This reduces incidental complexity and pairs well with Immutability.

Fusion.jl - wholesale reactor design 💰

  •    Jupyter

Then you can edit code in your Julia package directory.

GeoNuclearData - Database with information about Nuclear Power Plants worldwide.


This repository contains a database with information about Nuclear Power Plants worldwide. See CHANGELOG file for details.

CGMF - CGMF nuclear fission fragment de-excitation statistical code

  •    Jupyter

CGMF is a code that simulates the emission of prompt fission neutrons and gamma rays from excited fission fragments right after scission. It implements a Monte Carlo version of the Hauser-Feshbach statistical theory of nuclear reactions to follow the decay of the fission fragments on an event-by-event basis. Probabilities for emitting neutrons and gamma rays are computed at each stage of the decay. Each fission event history records characteristics of the parent fragment (mass, charge, kinetic energy, momentum vector, excitation energy, spin, parity) and the number (multiplicity) and characteristics (energy, direction) of the prompt neutrons and gamma rays emitted in this event. Patrick Talou, Ionel Stetcu, Patrick Jaffke, Michael E. Rising, Amy E. Lovell, and Toshihiko Kawano, “Fission Fragment Decay Simulations with the CGMF Code,” to be submitted to Comp. Phys. Comm. (2020).

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