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EXPERIMENTAL STUDY OF PROTECTION WHEN USING RADIATION-CHEMICAL UNITS WITH POWERFUL $gamma$-RADIATION SOURCES

A.Kh. Breger, S.S. Gurvits, L.A. Pozdnyakova, E. D. Chistov

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Abstract

On the basis of experimental results obtained in tests on hot cells, the field distribution of dose rates in the mazes of the units are given. The energy of scattered gamma radiation was estimated by the method of radiation absorption by Pb filters. 80% of the scattered radiation was found to consist of the soft component with in energy of 0.1 to 0.2 Mev. In the radiation maze, the energy of scattered radiation changes but slightly alter the first turn. (Referativnyy zhurnal, Khimiya, No. 22, 1961)

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On the basis of experimental results obtained in tests on hot cells, the field distribution of dose rates in the mazes of the units are given. The energy of scattered gamma radiation was estimated by the method of radiation absorption by Pb filters. 80% of the scattered radiation was found to consist of the soft component with in energy of 0.1 to 0.2 Mev. In the radiation maze, the energy of scattered radiation changes but slightly alter the first turn. (Referativnyy zhurnal, Khimiya, No. 22, 1961)

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Available abstract

On the basis of experimental results obtained in tests on hot cells, the field distribution of dose rates in the mazes of the units are given. The energy of scattered gamma radiation was estimated by the method of radiation absorption by Pb filters. 80% of the scattered radiation was found to consist of the soft component with in energy of 0.1 to 0.2 Mev. In the radiation maze, the energy of scattered radiation changes but slightly alter the first turn. (Referativnyy zhurnal, Khimiya, No. 22, 1961)

Key concepts: Radiation, Radiation protection, Absorption (acoustics), Physics, Radiant energy, Gamma ray, Optics, Radiochemistry

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EXPERIMENTAL STUDY OF PROTECTION WHEN USING RADIATION-CHEMICAL UNITS WITH POWERFUL $gamma$-RADIATION SOURCES — Research Paper | ScholarLens