Summary
This paper presents the electromagnetic and mechanical design of a 16 T common coil dipole magnet for the proposed EuroCirCol 100 TeV circular hadron collider. Through iterative optimisation and three-dimensional finite element modelling, the authors demonstrate a feasible magnet design that achieves required field quality specifications whilst constraining superconductor usage and accounting for substantial mechanical stresses. The work represents a critical feasibility study for next-generation accelerator infrastructure.
UK applicability
As a fundamental physics infrastructure design study, direct applicability to UK agricultural and food systems research is not apparent. However, the advanced superconducting magnet technology developed may have future applications in UK research instrumentation.
Key measures
Magnetic field strength (16 T), field quality, superconductor volume, stress distribution, deformations under Lorentz forces
Outcomes reported
The study presents an optimised electromagnetic design for a 16 T common coil dipole magnet meeting field quality requirements whilst minimising superconductor volume. Finite element analysis was used to evaluate stress distribution and deformations under high Lorentz forces to establish design feasibility.
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