Fig. 3: The MOF Glass infusion strategy stabilizes NCM-811 cathode by effectively suppressing cathode cracks, CEI rapture, cation mixing and side-reactions. | Nature Communications

Fig. 3: The MOF Glass infusion strategy stabilizes NCM-811 cathode by effectively suppressing cathode cracks, CEI rapture, cation mixing and side-reactions.

From: Metal-organic framework glass stabilizes high-voltage cathodes for efficient lithium-metal batteries

Fig. 3

a SEM image and b cross-sectional SEM image of the cycled NCM-811 after 200 cycles. c SEM image and d cross-sectional SEM image of the cycled Glass@NCM-811 after 400 cycles. ej TEM image and the corresponding elemental mapping images of the cycled Glass@NCM-811. k XRD of cycled Glass@NCM-811 and cycled bare NCM-811. ln High-resolution transmission electron microscopy (HR-TEM) images of the cycled bare NCM-811. oq HR-TEM images of the cycled Glass@NCM-811. r In-depth etching FTIR of the cycled bare NCM-811 cathode (the top panel) and the cycled Glass@NCM-811 (the bottom panel).

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