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Buchcover - Applied Nuclear Data, Volume 2 - Energy and Isotope Tables - ISBN 978-3-384-70664-5
Backcover - Applied Nuclear Data, Volume 2 - Energy and Isotope Tables - ISBN 978-3-384-70664-5
In general, this content is intended for all professionals working with radioisotopes (radionuclides) or employed in laboratories where such materials are handled.
More specifically, it addresses individuals active in the broad field of gamma spectrometry, including sample collection, sample preparation, measurement, analysis, and the reconstruction of sample activity for individual isotopes. This involves working with both naturally occurring and artificially produced radioi-sotopes, such as those used in nuclear medicine (for therapeutic and diagnostic purposes), in energy pro-duction (e.g., nuclear power plants), and in various industrial applications.
More specifically, it addresses individuals active in the broad field of gamma spectrometry, including sample collection, sample preparation, measurement, analysis, and the reconstruction of sample activity for individual isotopes. This involves working with both naturally occurring and artificially produced radioi-sotopes, such as those used in nuclear medicine (for therapeutic and diagnostic purposes), in energy pro-duction (e.g., nuclear power plants), and in various industrial applications.
Applied Nuclear Data, Volume 2 - Energy and Isotope Tables
Reference Tables of Energies and Isotopes for Application in Spectrometry, Nuclear Medicine and Radiation Protection
von Wolfgang Wahl, herausgegeben von ISuS - Institute for Spectrometry and Radiation ProtectionThe book serves as a supplementary compendium to “Applied Nuclear Data, Volume 1 - Radionuclide Handbook.”
It presents a separate, comprehensive list of energies and isotopes covering as many radioisotopes as possible, based on the Radionuclide Handbook, which includes approximately 290 radioisotopes. The compilation includes all decay energies as well as energies modified through interactions with the detec-tor. Additionally, it provides information on half-lives, intensities (including those relevant to decay sys-tems in parent/daughter equilibrium), and gamma lines affected by escape processes such as Single Es-cape, Double Escape, and X-ray Escape (SE/DE/XE).
The dataset also accounts for energies influenced by coincidence decays or random temporal events, such as Coincidence Summing and Random Summing (CS/RS). Furthermore, it includes details on parent and daughter nuclides, primary production pathways, and many other useful parameters to support practical applications and research.
Energy - Gamma- transitions - X-rays: Kα1, Kα2, Kβ1-Kβ3, L - Escape and Sum Energies - Bold face: leading γ-energies - In keV
Intensity - Absolute & in equilibrium - Exited states, e. g., 1. exc. to 0. - In %
Half-Live - Parent/daughter nucleus - Absolute & in equilibrium - Inclusive stable isotopes - In y, d, h, m, s, ms, µs
Radio-Isotopes - Parent/daughter nucleus - Induced radiation - Short name - X-rays, DE/SE/XE, CS/RS - Excited isotopes
Decay Information - Decay modes of parent nuclei - Decay to daughter nuclei - Production of parent nuclei - Decay chains of mother nuclei - Absolute, equilibrium, reference, … - Particle n, p, µ, … interaction - SE/DE/XE & CS/RS observation - Line broadening (Li-7) - Asymmetric peaks: Ge lattice recoil
Energy - Gamma- transitions - X-rays: Kα1, Kα2, Kβ1-Kβ3, L - Escape and Sum Energies - Bold face: leading γ-energies - In keV
Intensity - Absolute & in equilibrium - Exited states, e. g., 1. exc. to 0. - In %
Half-Live - Parent/daughter nucleus - Absolute & in equilibrium - Inclusive stable isotopes - In y, d, h, m, s, ms, µs
Radio-Isotopes - Parent/daughter nucleus - Induced radiation - Short name - X-rays, DE/SE/XE, CS/RS - Excited isotopes
Decay Information - Decay modes of parent nuclei - Decay to daughter nuclei - Production of parent nuclei - Decay chains of mother nuclei - Absolute, equilibrium, reference, … - Particle n, p, µ, … interaction - SE/DE/XE & CS/RS observation - Line broadening (Li-7) - Asymmetric peaks: Ge lattice recoil