Summary
This paper addresses quench protection challenges in 20 Tesla hybrid accelerator dipole magnets combining high-temperature superconductor and Nb₃Sn coils. The authors use STEAM-LEDET simulations to model electro-magnetic and thermal transients, evaluating CLIQ-based protection systems on 1 m model magnets and assessing scalability to 15 m full-scale magnets. This work is outside the scope of Vitagri's research focus and should be removed from the catalogue.
UK applicability
Not applicable. This is specialist particle accelerator engineering research with no bearing on UK agricultural, soil health, or nutritional science.
Outcomes reported
This paper is not applicable to Vitagri's Pulse Brain catalogue. It concerns superconducting magnet engineering for particle accelerators, with no relevance to farming systems, soil health, nutrient density, or human health.
Topic tags
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