Data from: Improved FIFRELIN de-excitation model for neutrino applications Article Swipe

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H. Almazán , L. Bernard , Adrien Blanchet , A. Bonhomme , C. Buck , A. Chalil , A. Chebboubi , P. del Amo Sanchez , I. El Atmani , L. Labit , J. Lamblin , A. Letourneau , D. Lhuillier , M. Licciardi , M. Lindner , O. Litaize , T. Materna , H. Pessard , J. S. Réal , Jean-Stéphane Ricol , Christian Roca Català , R. Rogly , T. Salagnac , V. Savu , S. Schoppmann , T. Söldner , A. Stutz , Loïc Thulliez , M. Vialat ·

YOU? · · 2022 · Open Access · · DOI: https://doi.org/10.5281/zenodo.6861341 · OA: W4393428209

New FIFRELIN cascades for the isotopes 156,158Gd are distributed to the community, to be used for various applications. The new cascades feature an improved modeling of de-excitation. The main improvements are: 1) Inclusion of primary transitions from EGAF database. 2) Treatment of gamma-directional correlations 3) Improved physics for the Internal Conversion process and X ray emission. With the use of the files provided, please cite the following publication: H. Almazán et al, <em>The European Physical Journal A</em> <strong>volume 59</strong>, Article number: 75 (2023) DOI: https://doi.org/10.1140/epja/s10050-023-00977-x