Beta-ray dose in tissue-equivalent material immersed in a radioactive cloud
Journal Article
·
· Health Phys., v. 26, no. 1, pp. 1-12
The radioactive-cloud immersion problem for beta-radiation has been treated schematically by assuming a semi-infinite air medium (source region) located adjacent to a semi-infinite water medium (tissue-equivalent target). The source region has been assumed to contain a uniform concentration of beta- emitting radionuclide, and calculations have been made of the absorbeddose distribution (depth dose) in the water target. A leakage correction has also been made to estimate the reduction of absorbed dose that would occur if the target had lateral dimensions small compared to the beta-particle range in air. Depth-dose calculations have been carried out for various source spectra (including beta-ray as well as discrete electron spectra) for /sup 83m/Kr, /sup 85m/Kr, /sup 85/Kr, /sup 87/Kr, /sup 88/Kr, /sup 88/Rb, /sup 131m/Xe, /sup 133m/ Xe /sup 133/Xe, /sup 135/Xe, /sup 137/Xe, /sup 137/Cs /sup 138/Xe and /sup 138/ Cs, being rare gases emitted by nuclear power plants into the atmosphere, and for /sup 3/H, /sup 14/C, /sup 35/S, /sup 125/I, /sup 24/Na, /sup 32/P, /sup 42/K, / sup 90/Y, /sup 60/Co, /sup 89/Sr, /sup 90/Sr, /sup 131/I, being comm only used radionuclides. (auth)
- Research Organization:
- National Bureau of Standards, Washington, DC
- NSA Number:
- NSA-29-017459
- OSTI ID:
- 4329359
- Journal Information:
- Health Phys., v. 26, no. 1, pp. 1-12, Journal Name: Health Phys., v. 26, no. 1, pp. 1-12; ISSN HLTPA
- Country of Publication:
- United Kingdom
- Language:
- English
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Related Subjects
*BETA PARTICLES-- DEPTH DOSE DISTRIBUTIONS
*CARBON 14-- BETA DOSIMETRY
*CESIUM 137-- BETA DOSIMETRY
*CESIUM 138-- BETA DOSIMETRY
*COBALT 60- - BETA DOSIMETRY
*IODINE 125-- BETA DOSIMETRY
*IODINE 131-- BETA DOSIMETRY
*KRYPTON 83-- BETA DOSIMETRY
*KRYPTON 85-- BETA DOSIMETRY
*KRYPTON 87-- BETA DOSIMETRY
*KRYPTON 88-- BETA DOSIMETRY
*PHOSPHORUS 32-- BETA DOSIMETRY
*POTASSIUM 42-- BETA DOSIMETRY
*RUBIDIUM 88-- BETA DOSIMETRY
*SODIUM 24-- BETA DOSIMETRY
*STRONTIUM 89-- BETA DOSIMETRY
*STRONTIUM 90-- BETA DOSIMETRY
*SULFUR 35-- BETA DOSIMETRY
*TRITIUM-- BETA DOSIMETRY
*XEN
*XENON 131-- BETA DOSIMETRY
*XENON 133-- BETA DOSIMETRY
N72100* --Physics (Radiation & Shielding)--Radiation Physics
*CARBON 14-- BETA DOSIMETRY
*CESIUM 137-- BETA DOSIMETRY
*CESIUM 138-- BETA DOSIMETRY
*COBALT 60- - BETA DOSIMETRY
*IODINE 125-- BETA DOSIMETRY
*IODINE 131-- BETA DOSIMETRY
*KRYPTON 83-- BETA DOSIMETRY
*KRYPTON 85-- BETA DOSIMETRY
*KRYPTON 87-- BETA DOSIMETRY
*KRYPTON 88-- BETA DOSIMETRY
*PHOSPHORUS 32-- BETA DOSIMETRY
*POTASSIUM 42-- BETA DOSIMETRY
*RUBIDIUM 88-- BETA DOSIMETRY
*SODIUM 24-- BETA DOSIMETRY
*STRONTIUM 89-- BETA DOSIMETRY
*STRONTIUM 90-- BETA DOSIMETRY
*SULFUR 35-- BETA DOSIMETRY
*TRITIUM-- BETA DOSIMETRY
*XEN
*XENON 131-- BETA DOSIMETRY
*XENON 133-- BETA DOSIMETRY
N72100* --Physics (Radiation & Shielding)--Radiation Physics