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Simulation register · S38
Aegis / MetroVolt burner · design render
Aegis / MetroVolt burner · design render · © 2026 KFE

S38 — Nuclear heating in cold mass

Neutron flux versus radius through blanket and shield — OpenMC.
Neutron flux versus radius through blanket and shield — OpenMC. canon 2026-08-27 · © 2026 KFE

S38: Nuclear heating in cold mass. Tier-2 · deck-deposited (HPC-pending), part of the Kronos MetroVolt 81-analysis validation record.

Register ID
S38
Campaign
Paper 3 — Fuel, Magnets & Shield
Status
Tier-2 · deck-deposited (HPC-pending)

S38 closes one of the coupled physics-to-engineering constraints that make the MetroVolt design point self-consistent.

This is a register summary of a deposited analysis; its title and notes quote the deposit as-run, so parameters here may reflect the pre-Mode-D basis where they differ — all operating claims cite the frozen Mode-D point (ratified 24 July 2026). Full input decks, scripts, and output data for every analysis S01–S81 are released openly under CC BY 4.0.