Argonne National Laboratory

Nuclear Engineering

Argonne maintains a wide-ranging science and technology portfolio that seeks to address complex challenges in interdisciplinary and innovative ways. Below is a list of all articles, highlights, profiles, projects, and organizations related specifically to nuclear engineering.

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  • REBUS

    A fuel cycle analysis code based upon the DIF3D solver

  • DIF3D-K

    A Kinetics Code for Solving the Time-Dependent Diffusion Equation

  • DIF3D

    A Code to Solve Steady State Neutron Diffusion and Transport Theory Problems

  • MC2-3

    A code to calculate fast neutron spectra and multigroup cross sections

  • ETOE-2

    A program for ENDF/B to MC2-3 data conversion

  • ADDER

    Advanced Dimensional Depletion for Engineering of Reactors

  • DASSH

    Ducted Assembly Steady-State Heat transfer software

  • PyARC

    User interface to the ARC deterministic neutronic codes MC2-3, DIF3D, GAMSOR, REBUS, PERSENT, and PROTEUS. PyARC is designed to facilitate input generation, workflow management, and output processing.

  • DYMOND

    Dynamic Model of Nuclear Deployment

  • ACCERT

    Algorithm for the Capital Cost Estimation of Reactor Technologies