3D multiphysics finite-element simulations of single-turn pulsed magnets reveal highly nonlinear diffusion of current, temperature, and magnetic field that produces spatial and temporal inhomogeneities.
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2 Pith papers cite this work. Polarity classification is still indexing.
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2026 2verdicts
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Smaller coils in repetitive pulse magnets allow higher maximum fields and more pulses under given conditions by optimizing geometry-dependent efficiency.
citing papers explorer
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Non-linear diffusion and inhomogeneity of the magnetic field in single-turn coils: Insights from 3D multiphysics modeling
3D multiphysics finite-element simulations of single-turn pulsed magnets reveal highly nonlinear diffusion of current, temperature, and magnetic field that produces spatial and temporal inhomogeneities.
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Efficiency in a repetitive pulse magnet
Smaller coils in repetitive pulse magnets allow higher maximum fields and more pulses under given conditions by optimizing geometry-dependent efficiency.