Mining magnetized liner inertial fusion data: trends in stagnation morphology
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Lewis, William Edward Stakesby↗
Engineering topics
Weis, Matthew Robert
Publications and source records attributed to Weis, Matthew Robert.
Verification and Validation Testing of the FLEXO Extended-MHD Code
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Bond, Stephen David↗
Applying dielectric coatings and enhanced input parameters to generate a stable, high performing MagLIF configuration
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Weis, Matthew Robert↗
A comparison of MagLIF: Status and plans to improve performance
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Harvey-Thompson, Adam James↗
Developments in assessing the generalized Lawson criterion in magnetized liner inertial fusion
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Lewis, William Edward Stakesby↗
Developing a platform to assess the evolution of the fuel-liner interface due to laser preheat in MagLIF
APS DPP contributed talk
Gomez, Matthew R↗
Low-density plasma effects on pulsed power driver target coupling
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Woolstrum, Jeffrey Michael↗
FLEXO: A Portably Performant Code for Pulsed Power Target Physics
FLEXO (Flux-Limited Extended-MHD Ohm's Law) is a production-line multiphysics code developed at Sandia to enable more predictive modeling of target physics on pulsed-power devices. FLEXO uses an extended magnetohydrodynamics (XMHD) model which includes a generalized Ohm's law (GOL), an electron inertia term, and Hall physics. This report describes the code's numerical methods, its computational performance, and test problems of interest.
42 ENGINEERING↗
Effect of magnetohydrodynamic instabilities on secondary DT yields in MagLIF [Slides]
The first full 3D calculations of MagLIF including in-flight DT reactions due to fuel magnetization have been performed with HYDRA
11 NUCLEAR FUEL CYCLE AND FUEL MATERIALS↗