Physics Department, Islamic Azad University, Shiraz, Fars, Iran
Abstract
Today, using nanotechnology, drugs are placed on carriers or nanoparticles and then sent into the target cell. The Nano fluid is magnetically heated in the presence of an alternating magnetic field. In this paper, we investigate how heat is distributed by three nanoparticles of magnetite, cobalt ferrite and nickel ferrite in a brain tumor using an alternating magnetic field. For this purpose, we first considered a model for heat transfer based on body tissue in a cylindrical system, then, using Maple software, we drew the related diagrams. Analyzing the results, we found that the temperature transfer in the heat source is the highest and then decreases.
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Hoseinimotlagh, S. N., & Fereshteh, M. (2023). Temperature distribution over brain tumors by iron oxide nanoparticles, cobalt ferrite and nickel ferrite in hyperthermia method. Journal of Radiation Safety and Measurement, 11(5), 225-228.
MLA
Seyede Nasrin Hoseinimotlagh; Marzieh Fereshteh. "Temperature distribution over brain tumors by iron oxide nanoparticles, cobalt ferrite and nickel ferrite in hyperthermia method". Journal of Radiation Safety and Measurement, 11, 5, 2023, 225-228.
HARVARD
Hoseinimotlagh, S. N., Fereshteh, M. (2023). 'Temperature distribution over brain tumors by iron oxide nanoparticles, cobalt ferrite and nickel ferrite in hyperthermia method', Journal of Radiation Safety and Measurement, 11(5), pp. 225-228.
VANCOUVER
Hoseinimotlagh, S. N., Fereshteh, M. Temperature distribution over brain tumors by iron oxide nanoparticles, cobalt ferrite and nickel ferrite in hyperthermia method. Journal of Radiation Safety and Measurement, 2023; 11(5): 225-228.
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