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This numerical study focuses on using magnetic nanoparticles (MNPs) under an external magnetic field for localized heating of cancerous tissues to minimize damage to healthy tissues by simulating the thermal effects of MNPs in cancerous tissue.The numerical analysis provides detailed insights into temperature distribution and tissue damage, demonstrating the potential effectiveness of this method.In this study, a cancerous tissue thickness of 50 µm and a magnetic field frequency of 1 MHz has been used.This confirms the potential of MNPs for precise, localized hyperthermia in cancer therapy.
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