The GEBSort package that covers the GRETA, DGS, DFMA and other systems

The GRETA tracking code

This is just a test repo.

E4S test suite with validation tests

Primary repository for the Trilinos Project

Argonne National Laboratory's Closed-loop Battery Recycling Cost and Environmental Impacts Model

QuickView PRO (QVPRO) is similar to QuickView but designed to focus on analysis. QuickView was designed for visualization only, adding analysis capabilities later. This made QuickView complicated when using it as an analysis tool. QVPRO uses the same analysis algorithms in a more streamlined workflow and has a user friendly GUI. QVPRO provides the unique capability of analyzing Photonic Doppler Velocimetry (PDV) data records from different PDV systems and still allows for processing hundreds of PDV data records in a practical manner.

QuickView PRO (QVPRO) is similar to QuickView but designed to focus on analysis. QuickView was designed for visualization only, adding analysis capabilities later. This made QuickView complicated when using it as an analysis tool. QVPRO uses the same analysis algorithms in a more streamlined workflow and has a user friendly GUI. QVPRO provides the unique capability of analyzing Photonic Doppler Velocimetry (PDV) data records from different PDV systems and still allows for processing hundreds of PDV data records in a practical manner.

Kinetic Simulations of Microstructural Evolution (KSOME) is an on-lattice object kinetic Monte Carlo (OKMC) simulation code designed to study microstructural evolution in materials under irradiation

AMESH is a simple utility program that we do not consider under current development.

Intuitive GUI for manipulating microscope stages, allowing to align crystallographic data with stage coordinates and microscope images. Simulates kinematic diffraction patterns and Kikuchi line patterns.

This sample code is intended to be publicly released on DOECODE. It is an accompaniment to "n automated approach to the alignment of compoundrefractive lenses". It's two small, mostly self-contained scripts that include the complete details necessary

The (B)eam (L)ine (O)ptics (T)ool is a modified stochastic simplex algorithm, created to assist in the task of aligning X-ray optics at scientific beamlines.

The code extrapolates the nearest neighbor particle spacing and sizing from collected X-ray images. The profiles are directly interpretable for non-destructive imaging of large imaging datasets that span the micron to millimeter size scale.