Replication Data for: The REBCO High-Field Superconductor Basis: Conductor, Winding, and the Field Envelope for the Breeder Centrepost and Burner Plug
Year: 2026
Type: dataset
Abstract: Replication data for the paper The REBCO High-Field Superconductor Basis: Conductor, Winding, and the Field Envelope for the Breeder Centrepost and Burner Plug (Kronos Fusion Energy 2026 Publication Series, paper 1.3), published at doi:10.5281/zenodo.22645697. Abstract of the paper. The enabling technology of compact fusion is the high-field rare-earth barium copper oxide (REBCO) magnet, and the binding engineering limit of such a magnet is not the coated conductor's critical current but the irreversible strain the winding may carry under Lorentz load. We present an extended design-and-analysis study of the REBCO superconductor basis shared by the two dissimilar machines of the Kronos platform: the centrepost of a compact spherical-tokamak breeder (Hyperion; peak field 16.84, B_0=8 on axis, I_p=9.66, Q=3.076, P_ fus=85.04) and the high-field end-plug of a D–^3He tandem-mirror burner (design field 26.49, Q_E=1.318). We separate cleanly what the conductor enables from what a coil can realise. REBCO's upper critical field exceeds 100, so a 35 conductor operating point is roughly one-third of the material limit; whether a coil reaches its field is a bore-and-stress question, not a conductor-current question. What this dataset contains data/key_values.csv and data/anchors.json: the frozen design-point values quoted in the paper (symbol, value, unit, provenance), in machine-readable form. data/verification.csv: the validator gates the paper cites, each with its verdict and a link to a live recompute page. figures/: the figures from the paper, as vector PDF, with an inventory. magnets.data-methods.pdf: methods, the computational codes used, and the full value table. data/data_dictionary.md: column definitions. Every value is a frozen design-point number that is independently re-run and recorded in the Kronos Physics De-Risking Register (doi:10.5281/zenodo.22645689). The paper itself is not duplicated here; read it at the DOI above.
Source: Harvard Dataverse
DOI: 10.7910/dvn/9ucwqe
Authors: Ford, P I, Weggel, R J, Weggel, C
Language: English
Subfield: Electrical and Electronic Engineering
Field: Engineering
Domain: Physical Sciences
Open Access status: green
OpenAlex ID: W7214685512