Nuclear Structure and Decay Data Evaluation Activities at ANU
This report outlines the nuclear structure and decay data evaluation activities conducted at the Australian National University (2013-2015). It covers mass chain evaluations, atomic radiations of medical radioisotopes, collaborations with various institutions, and publications in the field. The document highlights completed and ongoing evaluations, Monte Carlo calculations, experimental collaborations, and participation in nuclear data projects. It also mentions the implementation of new protocols and tools for data analysis.
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Status Report of the Nuclear Structure and Decay Data evaluation activities at the Australian National University (2013-2015) T. Kib di Tibor Kib di, Dep. of Nuclear Physics, Australian National University 21th NSDD, IAEA 20-24 April 2015
Mass chain evaluations The ANU has primary responsibilities for A=172-175: A174 (with J.K. Tuli and E. Browne) should be completed in May 2015; started with F.G. Kondev (ANL) and H. Xiaolong (CIAE, China) Horizontal evaluation of isomers in deformed nuclei with A>100 (with Kondev and Dracoulis) Data reanalysed, transition rates and hindrances and were calculated and discussed. See Kondev`s talk on Wednesday. RULER: Extensively modified; however was concluded that it has to be re- written (see talk on Wednesday) Tibor Kib di, Dep. of Nuclear Physics, Australian National University 21th NSDD, IAEA 20-24 April 2015
Atomic radiations of medical radioisotopes (with Nichols, Kondev, Lee, Stuchbery) Completed nuclear structure evaluations 103Pd/103Rhm and 111In/111Cdm, and are on-going for 99Mo/99Tcm Monte Carlo calculations of Auger electron and X-ray yields Collaborations with Theory: Univ. Malmo and Univ. Lisbon Experiments: Dubna, ILL, PSI Participation on CRP on Nuclear Data for Charged-particle Monitor Reactions and Medical Isotope Production (Dec 2014) Participation on CM on Auger Electron Emission Data Needs for Medical Applications (May 2013) Publications: o Inoyatov et al., Influence of host matrices on krypton electron binding energies and KLL Auger transition energies, J. of Elect. Spect. and Rel. Phenomena 197 (2014) 64-71. o Inoyatov et al., Search for environmental effects on the KLL Auger spectrum of rubidium generated in radioactive decay, Phys. Scripta 90 (2015) 025402. o B.Q. Lee, T. Kib di and A.E. Stuchbery, Auger yield calculations for medical radioisotopes, EPJ Web of Conferences (in press). Tibor Kib di, Dep. of Nuclear Physics, Australian National University 21th NSDD, IAEA 20-24 April 2015
http://bricc.anu.edu.au BrIcc v2.3 (16-Dec-2014) Implemented of the new (relaxed) rounding protocol Many bug fixes Windows/Linux/Machintosh supported BrIccMixing v2.3 (16-Dec-2014) Windows/Linux/Machintosh using GNUPLOT MR values deduced from subshell CE intensity ratios need to be reviewed! With BrIcc theoretical ICC`s often changed Comments and suggestions are welcome AVETOOLS RULER GABS Tibor Kib di, Dep. of Nuclear Physics, Australian National University 21th NSDD, IAEA 20-24 April 2015
