ICFA: Inertial Confinement Fusion II: Material Effects on Stability

FOCUS · U08 · ID: 3364276

Presentations

  • The Role of Material Properties in Magnetized Liner Inertial Fusion Performance

    ORAL

    –

    Presenters

    • Adam J Harvey-Thompson

      Sandia National Laboratories

    Authors

    • Adam J Harvey-Thompson

      Sandia National Laboratories

    • David J. Ampleford

      Sandia National Laboratories

    • Jerry A Crabtree

      Sandia National Laboratories

    • Jeffrey R Fein

      Sandia National Laboratories

    • Matthias Geissel

      Sandia National Laboratories

    • Matthew R Gomez

      Sandia National Laboratories

    • Maren W Hatch

      Sandia National Laboratories

    • Christopher A Jennings

      Sandia National Laboratories

    • William Edward Lewis

      Sandia National Laboratories

    • Owen M Mannion

      Sandia National Laboratories

    • Daniel E Ruiz

      Sandia National Laboratories

    • Marc-Andre Schaeuble

      Sandia National Laboratories

    • Stephen A Slutz

      Sandia National Laboratories

    • Luke Shulenburger

      Sandia National Laboratories

    • Lucas J Stanek

      Sandia National Laboratories

    • Matthew R Weis

      Sandia National Laboratories

    • Jeffrey M Woolstrum

      Sandia National Laboratories

    • David A Yager-Elorriaga

      Sandia National Laboratories

    • Edmund P Yu

      Sandia National Laboratories

    View abstract →

  • The Sensitivity of Inertial Confinement Fusion Simulations to Equations of State and Conductivity Datasets

    ORAL · Invited

    –

    Publication: Stanek, Lucas J., et al. "ETHOS: An automated framework to generate multi-fidelity constitutive data tables and propagate uncertainties to hydrodynamic simulations." Physics of Plasmas 31.10 (2024)

    Robinson, Allen C., et al. "Fundamental issues in the representation and propagation of uncertain equation of state information in shock hydrodynamics." Computers & Fluids 83 (2013).

    Presenters

    • Lucas J Stanek

      Sandia National Laboratories

    Authors

    • Lucas J Stanek

      Sandia National Laboratories

    • William Edward Lewis

      Sandia National Laboratories

    • John H Carpenter

      Sandia National Laboratories

    • Kyle R Cochrane

      Sandia National Laboratories

    • Christopher A Jennings

      Sandia National Laboratories

    • Stephanie B Hansen

      Sandia National Laboratories

    View abstract →

  • The impact of surface imperfections on aluminum rods pulsed with extreme current

    ORAL

    –

    Publication: M. W. Hatch, T. J. Awe, E. P. Yu, B. T. Hutsel, and M. Gilmore, "2D and 3D surface perturbations effects on plasma formation on high-current-density-conductors", for submission to Phys. Plasmas April 15, 2025.

    M. W. Hatch, T. J. Awe, E. P. Yu, B. T. Hutsel, and M. Gilmore, "Plasma formation sourced from scaled machined surface defect geometries in ultra-pure aluminum", for submission to Phys. Plasmas Dec. 15, 2025.

    Presenters

    • Maren W Hatch

      Sandia National Laboratories

    Authors

    • Maren W Hatch

      Sandia National Laboratories

    • Thomas J Awe

      Sandia National Laboratories

    • Edmund P Yu

      Sandia National Laboratories

    • Brian T Hutsel

      Sandia National Laboratories

    • Kurt Tomlinson

      General Atomics

    View abstract →

  • Exploring stability of multi-layer and graded density MagLIF liners

    ORAL

    –

    Presenters

    • Christopher A Jennings

      Sandia National Laboratories

    Authors

    • Christopher A Jennings

      Sandia National Laboratories

    • Stephen A Slutz

      Sandia National Laboratories

    • Matthew R Gomez

      Sandia National Laboratories

    • Matthew R Weis

      Sandia National Laboratories

    • Adam J Harvey-Thompson

      Sandia National Laboratories

    • Daniel E Ruiz

      Sandia National Laboratories

    • Lucas J Stanek

      Sandia National Laboratories

    • Jeffrey R Fein

      Sandia National Laboratories

    • Edmund P Yu

      Sandia National Laboratories

    View abstract →