Model for the calculation of the trajectories of electron movements in an aqueous environment placed in a magnetic field

In this work the application of a rather simple half-analytic model for plotting and studying electron trajectories in an aqueous environment in a transverse magnetic field was considered. The energies of electrons used in medical electron accelerators, viz., those up to 30 Me, were considered and the induction value of the magnetic field was changed within limits up to 3 T. Our data are compared with those in the works of other authors, who used the Monte Carlo simulation method, as well as with experimental data.