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Dose buildup factors of plane parallel barriers for ⁶⁰Co plane monodirectional source

Furuta, Y. / Tsuruo, A. / Miyasaka, S. / Tamura, K. / Kanemori, Y.

Dose buildup factors for plane monodirectional source of Co-60 were obtained experimentally for plane parallel barriers composed, respectively, of water, graphite, ordinary glass, aluminum, ordinary concrete, heavy concrete, iron, and lead; for water, aluminum, ordinary concrete, iron, and lead, comparisons were made between experimental and theoretical values that were calculated by method to obtain dose buildup factors of finite barriers; results showed these values to be in good agreement for all materials except water; for water, further calculation by Monte Carlo method supported theoretical value.

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Dose buildup factors of plane parallel barriers for ⁶⁰Co plane monodirectional source

Furuta, Y. / Tsuruo, A. / Miyasaka, S. / Tamura, K. / Kanemori, Y.

Dose buildup factors for plane monodirectional source of Co-60 were obtained experimentally for plane parallel barriers composed, respectively, of water, graphite, ordinary glass, aluminum, ordinary concrete, heavy concrete, iron, and lead; for water, aluminum, ordinary concrete, iron, and lead, comparisons were made between experimental and theoretical values that were calculated by method to obtain dose buildup factors of finite barriers; results showed these values to be in good agreement for all materials except water; for water, further calculation by Monte Carlo method supported theoretical value.

Dose buildup factors of plane parallel barriers for ⁶⁰Co plane monodirectional source

Furuta, Y. / Tsuruo, A. / Miyasaka, S. / Tamura, K. / Kanemori, Y.

Dose buildup factors for plane monodirectional source of Co-60 were obtained experimentally for plane parallel barriers composed, respectively, of water, graphite, ordinary glass, aluminum, ordinary concrete, heavy concrete, iron, and lead; for water, aluminum, ordinary concrete, iron, and lead, comparisons were made between experimental and theoretical values that were calculated by method to obtain dose buildup factors of finite barriers; results showed these values to be in good agreement for all materials except water; for water, further calculation by Monte Carlo method supported theoretical value.

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Title:

Dose buildup factors of plane parallel barriers for ⁶⁰Co plane monodirectional source

Additional title:

Nuclear Science Eng

Contributors:

Furuta, Y. (author) / Tsuruo, A. (author) / Miyasaka, S. (author) / Tamura, K. (author) / Kanemori, Y. (author)

Published in:

Nuclear Science and Engineering ; 25

Publication date:

1966

Size:

8 pages

Type of media:

Article (Journal)

Type of material:

Print

Language:

English

Keywords:

Radioactive materials

© Metadata Copyright Elsevier B. V. All rights reserved.

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