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    ModeRTL. Geometrical Models of Radiation Facility and Irradiated Targets

    Vertical location of EB irradiator

    Geometrical models of the radiation-technological line for EB processin

    Scheme of EB radiation facility for target placed on moving conveyor and irradiated by triangular scanning of EB

    Scheme of EB radiation facility for target placed on moving conveyor and irradiated by non-diverging (parallel ray) scanning of EB

    Scheme of the EB radiation facility for target irradiated by EB in stationary regimes via scatterer.

    Horizontal location of EB Irradiator

    Scheme of EB radiation facility for target placed on moving conveyor and irradiated by triangular scanning of EB

    Scheme of EB radiation facility for target placed on moving conveyor and irradiated by non-diverging (parallel ray) scanning of EB

    Scheme of EB radiation facility for target placed on moving conveyor and irradiated with asymmetric triangular scanning of EB, for maximum utilization of EB

    Different variants of packing for irradiated targets

    Geometrical models of irradiated multi-layer targets with dosimetric film inserted in parallel (a), under inclination angle β (b), or in perpendicular (c) with electron beam into irradiated material. Such models of irradiation allow to simulate and measure the complete curve of the depth-dose distribution by one dosimetric film near the interface of contacting materials during one exposure. It is useful for investigations of the magnitude and location of absorbed dose extremes and steep dose gradients.

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