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List of contents
Spectroscopic Information from γ-γ Coincidence Following the (n, γ)Reaction.- The (nth, γ) Reaction - A Powerful Tool in Nuclear Physics.- γ-γ Coincidence Measurement.- Off-line Coincidence Data Processing.- Properties of Coincidence γ Spectra.- Variance Spectrum in Background Subtraction Algorithm.- Summation Effects in the Detector.- Cross-talk between Detectors.- Angular γ-γ Correlation.- Gamma-transition Intensity from Coincidence Measurement.- Examples of Results from the Coincidence γ-γ Facility at ŘeŽ.- Nuclear Structure Studies in the Closed Shell Z=50 Vicinity.- Experimental Procedures.- Completeness of Level Schemes.- Low-energy Primary γ Transitions.- Anomalous Feeding of Isomers.- Investigation of Heavy Nuclei in the Hf-W-Os Region.- Half-lives of Isomers in 187W and 181HF.- Level Population Analysis in Odd W Isotopes.- Quasi Bands with Inverse Spin Sequence.
Summary
Volume I/25C is the third one in a series of volumes on the properties of the excited states of all nuclei. The data presented are collected from all kinds of nuclear reactions, including measurements of reactions with neutrons and γ-rays not yet fully considered in previous compilations. The nuclei considered also comprise nuclei far from the stability line.The properties of excited nuclear states are of importance for scientific and practical applications. No systematic compilation of such data has been performed so far. The present compilation has been prepared by eminent experts in the field. One of the characteristics of Landolt-Börnstein is that data are evaluated before they are accepted for compilation. The idea is to present ‘best values’ which can be used with confidence by non-experts. The present Volume I/25C is providing new data (energy levels, branching ratios, cross-sections, spectroscopic factors, etc.) for nuclei with atomic numbers Z ranging from 48 (Cd) to 60 (Nd)published in 2005-2011, thus supplementing previous compilations. Additionally, sections of the Introduction are devoted to spectroscopic information from γ-γ coincidences following the (n,γ) reaction.In view of the large amount of data available some of the information is given online only at www.springermaterials.com.
