Data underlying the publication: Disorder-mediated ionic conductivity in irreducible solid electrolytes

This directory contains raw data and scripts that enables to reproduce the analysis done in <br>"Disorder-mediated ionic conductivity in irreducible solid electrolytes" Victor Landgraf, Mengfu Tu, Wenxuan Zhao, Anastasia K. Lavrinenko, Zhu Cheng, Jef Canals, Joris de Leeuw, Swapna Ganapathy, Alexandros Vasileiadis , Marnix Wagemaker*, Theodosios Famprikis*<br><br>The analysis requires the gemdat package. Some of the files may require the general_AF_structure_analysis.py script attached here. <br><br>Besides this this directory contains: <br>Analysis_of_jump_correlations - python scripts related to Supplementary Note 5 - Correlation of ion hops in disordered-Li9S3N<br>Bottleneck_analysis - python scripts related to calculations of the bottleneck sizes and average jump-Ea as presented in Figure 5 of the manuscript<br>Cell_cycling - electrochemical cycling data demonstrating the applicability of LSN electrolytes as presented in Figure 8 of the manuscript<br>EIS_Data_collection - impedance spectra collected for the Li2+xS1-xNx synthesized samples<br>gemdat_package - the version of the gemdat python package used for the analysis<br>Jump_analysis - the python scripts used to analyze AIMD trajectories and obtain jump-activation energies and a structured jump library<br>Neutron_xray_diffraction - neutron and x-ray diffractogram files along with associated GSAS refinement files<br>Percolation_analysis - python scripts use to perform percolation analysis based on a jump library obtainable from .//Jump_analysis<br>VASP_files - VASP input files used to perform AIMD and example .xml output files<br>Visualisation - example of lithium density for an AIMD run on disordered-Li9S3N<br>XPS - x-ray photoelectron spectroscopy spectra presented in the Supplementary Note 11 - Chemical and Electrochemical Characterization of Li2+xS1-xNx<br>X-ray_data_collection - x-ray diffractograms of Li2+xS1-xNx synthesized samples<br>Licenses:-Analysis scripts are distributed with the Apache-2.0 license-Data are distributed with the CC-BY-NC-4.0 license