A six-term local heat flux closure, with coefficients linked to wave growth or damping and to linear kinetic theory, explains over 95% of the heat flux variance in 1D electrostatic electron plasma simulations.
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Data-driven discovery of a heat flux closure for electrostatic plasma phenomena
A six-term local heat flux closure, with coefficients linked to wave growth or damping and to linear kinetic theory, explains over 95% of the heat flux variance in 1D electrostatic electron plasma simulations.