The operated localization of magnetic nanoparticles under the influence of a constant magnetic and electromagnetic field

摘要

Developed device for modeling of mechanical oscillations that occur in the human body allowed modeling the distribution of nanoparticles (NP) in the tumor under the influence of constant magnetic and electromagnetic fields. In the study of the distribution of FeO NP in sodium chloride solution under the influence of constant magnetic and electromagnetic fields at different distances from the localizer shown that the area of NP distribution formed by cone localizer is 40% smaller than area formed by pin localizer. Under the influence of electromagnetic field the area of NP distribution formed by oscillatory wave was 57% lesser as compared to constant magnetic field. The use of pin localizer in magnetic nanotherapy technology is more promising than the use of cone localizer.