The Decay of182Os
B. Svahn, C. Bergman, T. Johansson, B. Nyman, Wolfgang Dietrich, N. Ibrahiem
Abstract
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B. Svahn, C. Bergman, T. Johansson, B. Nyman, Wolfgang Dietrich, N. Ibrahiem
Abstract
Open-access reader
The decay of 182 76 Os to 182 75 Re ( T 1/2 = (22.10±0.25) h) has been studied by means of gamma-ray, gamma-gamma coincidence and internal conversion electron measurements. On the basis of determined internal conversion coefficients and subshell conversion intensity ratios the multipolarities of most transitions could be deduced. All the 26 transitions definitely assigned to the 182 Os decay have been fitted into a revised decay scheme.
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The decay of 182 76 Os to 182 75 Re ( T 1/2 = (22.10±0.25) h) has been studied by means of gamma-ray, gamma-gamma coincidence and internal conversion electron measurements. On the basis of determined internal conversion coefficients and subshell conversion intensity ratios the multipolarities of most transitions could be deduced. All the 26 transitions definitely assigned to the 182 Os decay have been fitted into a revised decay scheme.
Key concepts: Internal conversion, Decay scheme, Physics, Coincidence, Nuclear isomer, Atomic physics, Radioactive decay, Electron