The motion of magnetic nanoparticles in blood vessels under the influence of an external magnetic field is considered. An effective calculational method of the configuration of magnetic fields creating arbitrary axisymmetric sources in the near zone is elaborated, and the forces which affect magnetic carriers are determined (direct task). The method of search for necessary sources' configuration, which provides for the localization of a magnetic force maximum at some distance from the field source, is developed (inverse problem). The accidental nature of the movement of magnetic particles is taken into account. The necessary condition for keeping an intravenous medication in the target-organ is established. Especially, we find out the 100 % possibility of the delivery is not possible in principle, but one can keep a preparation within the limits of 50 % - 90 % at the certain characteristics of fields.

• Горбик Петро Петрович (1950–) (фізико-математичні науки)
• Чуйко Олексій Олексійович (1930–2006) (хімічні науки)

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