… the lithium metal and garnet electrolyte. The solid line in Figure 4a represents the fitting
results with the equivalent circuit consisting of (R g )(R inter C inter )(W burg-short ). The carbon-…

… the garnet solid electrolyte and the Li metal interface by … Li-metal alloy, which changes the
wettability of the garnet surface (… garnet/Li and 75 ohm·cm 2 for the surface-engineered garnet/…

… garnet/Li interface. Our results show that the symmetric cells with gel/garnet/gel hybrid electrolyte
and Li metal … the garnet SSE and metallic Li anode. Because minimal amounts of liquid …

… , but also form a stable Li‐ion conductive but electron‐insulating LPO‐derived solid‐electrolyte
interphase between the Li metal and the GSE. Consequently, the growth of Li dendrites is …

… allows effective lithium ion transport between the lithium metal anode and garnet electrolyte.
We also demonstrate a working cell with a lithium metal anode, garnet electrolyte and a high…

… (16) Coating the garnet surface with a thin layer of ZnO has … of the garnet electrolyte by a
metallic lithium anode, and we speculate that the Zn reacts with the Li 2 CO 3 layer to create Li + …

… on lithium metal together with the garnet surface determines the Li/garnet interfacial
property. By removing the superficial impurity layer on the Li metal, Li/garnet electrolytes exhibit …

… formation of lithium metal inside the garnet electrolyte during cycling. Part of the Li metal was
… However, dendritic lithium, also detected by solid-state NMR, was not observed by SEM. …

… react with molten Li to form Li–Mg alloy, which brings the garnet electrolyte in close … Li. In
Figure S2, it shows a big gap at the interface between Li metal and pristine garnet electrolyte. …

… All the results suggested that Li 2 CO 3 layer was not intrinsic to the LLZO electrolyte, and it
… This work highlighted that the surface between the garnet electrolyte and Li metal needed to …