Strong external magnetic fields applied parallel to the reconnecting electric field delay current-sheet formation in pulsed-power-driven reconnection by creating back-pressure that slows plasma inflows.
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First implementation of the complete Braginskii magnetized viscosity tensor in FLASH shows it damps vortices, converts kinetic energy to heat, reduces Rayleigh-Taylor growth, and preserves yield in MagLIF-relevant runs.
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Delayed current sheet formation due to an external field in pulsed-power-driven reconnection experiments
Strong external magnetic fields applied parallel to the reconnecting electric field delay current-sheet formation in pulsed-power-driven reconnection by creating back-pressure that slows plasma inflows.
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Development of Anisotropic Magnetized Viscosity for Magnetized Liner Inertial Fusion Simulations in FLASH
First implementation of the complete Braginskii magnetized viscosity tensor in FLASH shows it damps vortices, converts kinetic energy to heat, reduces Rayleigh-Taylor growth, and preserves yield in MagLIF-relevant runs.