Fitted kernel functions derived from 6400-moment solutions provide electron parallel closures valid for arbitrary collisionality.
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Ion parallel closures are expressed as kernel-weighted integrals of gradients, with fitted kernels derived from 1600 parallel moment solutions and collisionless asymptotics, tabulated for ion-electron temperature ratios.
Electron parallel closure parameters are computed for ion charge numbers 1 to 10 using the Z=1 kernel form and shown to vary smoothly for interpolation.
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Electron parallel closures for arbitrary collisionality
Fitted kernel functions derived from 6400-moment solutions provide electron parallel closures valid for arbitrary collisionality.
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Ion parallel closures
Ion parallel closures are expressed as kernel-weighted integrals of gradients, with fitted kernels derived from 1600 parallel moment solutions and collisionless asymptotics, tabulated for ion-electron temperature ratios.
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Electron parallel closures for various ion charge numbers
Electron parallel closure parameters are computed for ion charge numbers 1 to 10 using the Z=1 kernel form and shown to vary smoothly for interpolation.