Synergistic effects of ferromagnetic elements and Lithium aluminum germanium phosphate solid electrolyte in suppressing and trapping polysulfide shuttle transfers in lithium–sulfur batteries

Original paper we present a scalable approach to mitigate the shuttle phenomenon through the modification of polyethylene (PE) separators with ferromagnetic and solid-state ionic coatings.Data set include original files and figures for each data presented in the manuscript. In particular: Fig 1b show the experimental setup. SEM micrograph are collected in the Fig.2 CV_modified membranes.dat collects the data needed for the CV plot in Fig7. Picture of the collected solvent in different condition is shown Fig. 8 All other data represent namely the figure in which they appear: Fig 3a : RBS spectra of PE separators implanted Fig 3b : Integrated peak areaFig. 4. RBS spectra with SIMNRA simulations for PE samples prepared by IBS with Nideposition times of Ni = 20 min (a), 40 min (c), and 60 min (e), and corresponding depth profilesNi = 20 min (b), 40min (d), and 60 min (f) Fig 5 Dependence of the quantitative amounts of the sulfide NiS, and oxides NiO and SO2on the Ni deposition time (TNi).