Nicole's Digital Garden

Powered by 🌱Roam Garden

@Longcyclelifedendritefreelithiummorphologyanodefreelithiumpouchcellsenableddualsaltliquidelectrolyte_NatEnergy_Weber_Dahn_2019

This is an "Orphan" page. Its core content has not been shared: what you see below is a loose collection of pages and page snippets that mention this page, as well as snippets of this page that were quoted elsewhere.

电解液配比

0.5 m (0.6 M) LiDFOB + 0.5 m (0.6 M) LiBF4 (e,f). All electrolytes used FEC:DEC (44:56 weight ratio = 1:2 volume ratio) solvent (pdf) (Weber 等。, 2019, p. 4)

性能

Cells with a dual-salt LiDFOB + LiBF4 electrolyte had the best performance of all the electrolytes tested—80% of the original capacity was retained for 90 cycles, which is an impressive cycle life for cells with no excess lithium. (pdf) (Weber 等。, 2019, p. 5)

电解液纯度

Chemicals used include FEC (BASF, purity 99.4%), DEC (BASF, purity >99%), LiPF6 (BASF, purity 99.9%), LiDFOB (Capchem) and LiBF4 (BASF). After mixing, electrolytes were transferred to the pouch-sealing glovebox without exposing to air. (pdf) (Weber 等。, 2019, p. 5)