The anomalies of the absorbed dose distribution of electrons near the boundary of contacting materials at orientation in parallel with incident electron beam were predicted by computer simulation with use the ModeRTL software. Dosimetric experiments were performed on radiation-technological line to validate the theoretical predictions. Heterogeneous targets were irradiated by scanning electron beam with electron energy 10 MeV on moving conveyer. The basic laws predicted by simulation methods on curves of depth-dose distribution of electrons near the boundary of contacting materials with different densities and/or atomic numbers were experimentally confirmed. The physical models for explanation of observed boundaries effects are considered in the report.

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