Profile Picture

Austin Carter

Neutronics analyst

Research Areas:
Advanced Reactor Technology High Temperature Gas Cooled Reactor Simulation Methods; Data Science; Monte Carlo Simulations; Nuclear Engineering; Nuclear Fuels; Nuclear Nonproliferation and Nuclear Forensics; Nuclear Physics; Particle transport calculations; Sensitivity Analysis and Uncertainty Quantification; University Partnerships

Biography:

​Austin is a neutronics analyst at Idaho National Laboratory who studies neutron and photon transport in experiments for advanced nuclear fuels and reactors. He specializes in Monte Carlo transport phenomena and has performed research in sensitivity analysis and optimization of computational tools. Prior to working at INL, Austin worked at Westinghouse Electric Company as a nuclear designer, performing safety and performance analysis of reload core fuel arrangements in pressurized water reactors. He was also a lead designer and neutronics analyst of the eVinci micro reactor. Austin spent several summers at national labs as an intern, including Lawrence Livermore National Laboratory where he assisted with modeling and simulation of experiments conducted in the National Ignition Facility, and at Los Alamos National Laboratory, where he studied characteristics of nuclear fission in the Cascading Gamma-ray Multiplicity and Fission code.​

Digital Profiles:

​https://www.linkedin.com/in/austin-carter-36235993/

Education:

​MSE, University of Michigan, 2018

​BS, Brigham Young University, 2016


Publications:

BC Kiedrowski, AL Carter, RJ Fonti, P Talou, “Differential Operator Sampling Sensitivity Coefficients of Brosa Fission Model Parameters in CGMF," Proceedings of the Mathematics & Computation Conference, Virtual Meeting, Oct. 3-7 (2021).

AL Carter, M Ouisloumen, “PARAGON2 Validation Using High Enriched Evaluated Criticality Benchmark Experiments," Proceedings of the Mathematics & Computation Conference, Portland, OR, Aug. 25-29 (2019).

AL Carter, BC Kiedrowski, P Talou, “Sensitivity Analysis and Optimization of CF-252(sf) Observables in CGMF," Proceedings of the Advances in Nuclear Nonproliferation Technology and Policy Conference, Orlando, FL, Nov. 11-15 (2018).

AL Carter, P Talou, I Stetcu, BC Kiedrowski, P Jaffke, “Sensitivity Analysis of Cf-252 (sf) Neutron and Gamma Observables in CGMF," No. LA-UR-17-31022, Los Alamos National Lab (LANL), Los Alamos, NM (2017).


Version: 2.0
Created at 2/17/2022 2:58 PM by joel.hiller@inl.gov
Last modified at 2/17/2022 3:03 PM by joel.hiller@inl.gov