Two-parametric beam model for dosimetry of the process of electron irradiation of materials with low density and atomic number von Lazurik, V.T., Lazurik, V.M., Popov, G., Zimek, Z.

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Dosimetry method based on a two-parametric model of electrons beam for radiation processing von Lazurik, V.T., Lazurik, V.M., Popov, G.Ph., Zimek, Z.

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Determination of the average absorbed energy of electrons beam in objects at radiation processing von Lazurik, V.T., Lazurik, V.M., Popov, G.Ph., Zimek, Z.

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Comparison of product irradiation technology on industrial Х-ray radiation facility von Lazurik, V.T., Lazurik, V.M., Popov, G., Rogov, Yu., Sarukhanian, G.

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Integration of computation methods in dosimetry of radiation processing von Lazurik, V.T., Lazurik, V.M., Popov, G.F., Rogov, Y.V.

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RT-office for optimization of industrial EB and X-ray processing von Lazurik, V.T., Lazurik, V.M., Popov, G.F., Rogov, Yu.V.

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Impact of energy spread of electron beam on absorbed dose distribution von Lazurik, V.T., Lazurik, V.M., Popov, G.F., Rogov, Yu.V., Sarukhanian, G.E., Vereshchaka, V.V.

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