Pairing in fission. Studies of static approach and collective inertias

Related to the work: "Pairing in Fission: Mean-Field and Collective Inertias Study", by: A. Zdeb, M. Warda, L. M. Robledo, S.A. Giuliani

There are 3 main directories containing the data collected during the studies of the impact on fission description 3 microscopic quantities related to pairing correlations. The delta (pairing gap) - delta directory. Particle number fluctuation - dn2 directory, quenching factor - qf directory. The directories contain the sub-directories which name indicates a specific studied isotope. Inside the subdirectories on can find text files containing the data related to the collective inertias and the HFB energy obtained within the D1S parametrization. The content of each column in the text files is explained in the headers. 

The detailed explanation of the "qf" directory: The qf directory contains 5 sub-directories containing the data obtained with the various value of the quenching factor: "qf0_9": qf=0.9, "qf0_95": qf=0.95, "qf1_0": qf=1, "qf1_05": qf=1.05, "qf1_10": qf=1.1. Each of these sub-directories contains the data obtained during the studies of the isotopes which is indicated in the name of the file: "isotope.txt". The first line of the file contains the ground state energy and the ground state q_20 value, q_20 value of the exit point and the total number of points. The 3 columns of data represent: q_20, E_HFB+ZPE, B_22 along the least-energy path.

The directory "inertias" contain the data collected when comparing the the effective inertias with delta and particle number fluctuations as constraints. The name of the file corresponds to the fixed value of delta as a collective coordinate. The content of the columns is given in the headers. The research work of A.Z. and M.W. is a part of the project No.2021/43/P/ST2/03036 co-funded by the National Science Centre and the European Union Framework Programme for Research and Innovation Horizon 2020 under the Marie Skłodowska-Curie grant agreement no. 945339.