A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
An Empirical Formula for Calculating gamma-Ray Dose Attenuation in Concrete Ducts
A survey is presented of the current status of the calculation of gamma-ray dose-rate attenuation in air ducts through concrete. A simple empirical formula is exhibited which shows satisfactory agreement with the results of more complicated computational techniques and with experimental results. This simple formula represents a large saving in computation time -- 2 seconds per case compared to 400 seconds by IBM-1620 computer. Its validity is established for a wide range of duct geometries and for gamma-ray energies up to 3 Mev. (Author)
An Empirical Formula for Calculating gamma-Ray Dose Attenuation in Concrete Ducts
A survey is presented of the current status of the calculation of gamma-ray dose-rate attenuation in air ducts through concrete. A simple empirical formula is exhibited which shows satisfactory agreement with the results of more complicated computational techniques and with experimental results. This simple formula represents a large saving in computation time -- 2 seconds per case compared to 400 seconds by IBM-1620 computer. Its validity is established for a wide range of duct geometries and for gamma-ray energies up to 3 Mev. (Author)
An Empirical Formula for Calculating gamma-Ray Dose Attenuation in Concrete Ducts
W. C. Ingold (author) / C. M. Huddleston (author)
1964
2 pages
Report
No indication
English
DOSE RATE , SHELTERS , DUCTS , GAMMA RAYS , PROGRAMMING (COMPUTERS) , RADIATION HAZARDS , RADIOACTIVE FALLOUT , SHIELDING , RADIATION MEASUREMENT SYSTEMS , CONCRETE , UNDERGROUND STRUCTURES , COMPUTERS , GEOMETRY , ATTENUATION , ALBEDO , SCATTERING , MATHEMATICAL ANALYSIS , EQUATIONS , EMPIRICAL FORMULAS
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