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Geometry-based enhancement of magnetic flux density for targeted drug delivery using an optimized double-conical core
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DOI：10.1016/j.rinp.2026.108701.png)
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Abstract
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• A double-conical, magnetically insulated core passively enhances magnetic flux density by 108%. • Core geometry and insulation synergize to focus magnetic flux without extra energy input. • Numerical and experimental validation confirms the design’s superior performance • The design principle enables deeper, more efficient magnetic drug targeting.
Keywords:
Magnetic medical device
Magnetic flux density
Magnetic core
Targeted drug delivery
Magnetic drug delivery
Biological tissue
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