Novel multiscale methods enable 30,000X faster gyrokinetic computation of kinetic equilibria, electrostatic potential, and ion confinement time in HTS magnetic mirrors, consistent with analytic theory.
If the FDP-only simulation doesn’t drastically alter the plasma profiles or produce instabilities, we will conclude that the POA result is indeed a steady state
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Gyrokinetic equilibria of high temperature superconducting magnetic mirrors
Novel multiscale methods enable 30,000X faster gyrokinetic computation of kinetic equilibria, electrostatic potential, and ion confinement time in HTS magnetic mirrors, consistent with analytic theory.