Abstract
The behavior of a beam of charged particles formed by a point source located in the middle plane of the mirror is considered. The calculation of the trajectories of particles was carried out by numerical integration of dimensionless Newton equations. The electrostatic field of the three-electrode mirror was described by an analytical expression for the potential with good accuracy. It is shown that as a result of reflection in a three-electrode transaxial mirror, it is possible to achieve both spatial and energy time-of-flight focusing. Two modes of vertical beam focusing are considered.
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