Design, metrological analysis and optimization of solenoid for homogenization of electromagnetic fields in biomedical experiments

Abstract

In recent years, usage of electromagnetic field of static magnets in biomedical experiments is increased. It has been shown that extremely lowof oncological therapy on cancer cells. Therefore, there is a huge need for ELF magnetic fields usage in biomedical experiments. In this paper, different designs and optimizations of solenoid for electromagnetic field homogenization along its axis, as well as in experimental volume, is compared. Using metrological analysis, the best design based on achieved homogenization of electromagnetic field and design complexity is selected. Also, a number of series expansions in 1 st and 2 nd kind of Elliptical integrals calculations is analysed in order to emphasize computer resources necessary for numerical modelling process.