Frozen 2026-10-21 04:56 UTC by ESRA (automatic) · published at upload. ← Current dataset page
| cell id | 244 |
| cell id source | elyte_nmr_metadata.csv, row expt=244, filename 244_separators_nmr.csv (exact match) |
| esra id | ESRA-NMR-0013 |
| experiment type | NMR |
| field strength mhz | 500.34 |
| field strength mhz source | SI, NMR, p.19 (Bruker Avance Neo, 500.34 MHz, observed nucleus is 1H so this is directly the 1H frequency) |
| files public | true |
| institution code | ESRA |
| materials | Celgard 2325 (separator); Cu (working_electrode, current_collector); LP40 (electrolyte); Li (anode, counter_electrode); LiFSI DME (electrolyte); LiFSI DME/TTE LHCE (electrolyte) |
| nmr experiment | 1D 1H-NMR (separator soak) |
| nmr experiment source | SI, NMR, p.19 |
| notes | Separators from (per SI protocol) three cycled cells of the same electrolyte, soaked together in DMSO-d6. elyte_nmr_metadata.csv names the electrolyte 'duoslt', which is not one of this paper's four named electrolytes (LP40, LiFSI DME, LiDFOB+LiBF4 FEC/DEC, LiFSI DME/TTE LHCE) — its composition is not stated anywhere in the attached files, so it is not added to the materials ('about') list. Acquisition parameters (FID size, scans, relaxation delay) are not stated in the SI for this specific 1H protocol, unlike the 7Li/19F sections. |
| nucleus | 1H |
| nucleus source | SI, Experimental Methods > NMR (1H-NMR protocol), p.19 |
| pi name | Betar M. Gallant |
| project | Energy Storage Research Alliance |
| researcher name | Musanna Galib |
| solvent | DMSO-d6 |
| solvent source | SI, NMR, p.19 |
| visibility | public |
| 244_separators_nmr.csv | 1.7 MB | 2026-10-21 04:56 UTC |
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