1975Nuclear TechnologyRequires access

Evaluated Decay Scheme Data

R.G. Helmer, R. C. Greenwood

Open publisher page 28 citations

Abstract

The Interlaboratory LMFBR Reaction Rates program involves the determination of rates of neutron-induced reactions by the measurement of gamma-ray spectra from the decay of radioactive reaction products. A goal of the program is to determine certain nonfission reaction rates to an accuracy of ±5% and certain fission-product rates to . These determinations require a knowledge of two nuclear decay scheme parameters: (a) the half-life, and (b) one or more absolute gamma-ray intensities. An evaluation of the experimental data on these parameters has been carried out for 20 isotopes, including 6 fission products. The uncertainties in these parameters have also been evaluated.

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What this paper is about

The Interlaboratory LMFBR Reaction Rates program involves the determination of rates of neutron-induced reactions by the measurement of gamma-ray spectra from the decay of radioactive reaction products. A goal of the program is to determine certain nonfission reaction rates to an accuracy of ±5% and certain fission-product rates to . These determinations require a knowledge of two nuclear decay scheme parameters: (a) the half-life, and (b) one or more absolute gamma-ray intensities. An evaluation of the experimental data on these parameters has been carried out for 20 isotopes, including 6 fission products. The uncertainties in these parameters have also been evaluated.

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Available abstract

The Interlaboratory LMFBR Reaction Rates program involves the determination of rates of neutron-induced reactions by the measurement of gamma-ray spectra from the decay of radioactive reaction products. A goal of the program is to determine certain nonfission reaction rates to an accuracy of ±5% and certain fission-product rates to . These determinations require a knowledge of two nuclear decay scheme parameters: (a) the half-life, and (b) one or more absolute gamma-ray intensities. An evaluation of the experimental data on these parameters has been carried out for 20 isotopes, including 6 fission products. The uncertainties in these parameters have also been evaluated.

Key concepts: Nuclear data, Computer science, Scheme (mathematics), Decay scheme, Nuclear physics, Nuclear engineering, Physics, Mathematics

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