Method of a parameterization for the precise equations of electron trajectories
S. B. Bimurzaev, E. M. Yakushev
Institute for Nuclear Physics of the National Nuclear Center, Alma-Ata, Kazakhstan
The method of parameterization for the equations of electronic trajectories is circumscribed. It allows to present the solution of the precise equations as the total of the solutions of the paraxial equation and equations of the heels. The deduction of the equations of the remainder does not utilize a series development on degrees of smalls, customary in such cases. The paraxial equation and the equations of the remainder are given in a kind, which is not containing of features, reference for reflecting and emissive systems. The designed method can with success be utilized for precise, not by a restricted given order of smallness of quantities, calculation of the basic kinds of aberrations — spherical and axial chromatic.
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