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The Thermal Scattering Law Project

Harnessing modern methods for material modeling and high-fidelity thermal scattering evaluations, the Scattering Law Project provides access to nuclear thermal scattering data from fundamental inputs to benchmark testing on key reactor and nuclear criticality materials to inspire and support the next generation of nuclear applications.

Texas A&M University College of Engineering

Publications

For more information regarding various LEIP projects, please see the publications below or reach out to us via the Contact Us page.

 

FLASSH: Full Law Analysis Scattering System Hub


  • FLASSH 1.0: Thermal Scattering Law Evaluation and Cross-Section Generation for Reactor Physics Applications
  • Development and Implementation of an Improved Liquid TSL Treatment in the FLASSH Code
  • Thermal Scattering Law for Structure-Dependent-Doppler Broadening in FLASSH

Evaluation Methods


  • Modern Techniques for Inelastic Thermal Neutron Scattering Analysis
  • Ab Initio Generation of Thermal Neutron Scattering Cross Sections
  • Direct NeTS sampling of nuclear graphite S(α,β,T) in Serpent
  • Advanced Methods of Thermal Neutron Scattering Analysis for Reactor Multi-Physics Applications

Measurements


  • On a Measurement Approach to Support Evaluation of Thermal Scattering Law Data
  • Benchmark of Neutron Thermalization in Graphite Using a Pulsed Slowing-Down-Time Experiment

Comprehensive List of Publications (2020-2025)

 

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