Extended Data Fig. 3: Variation of diamond content in ND/DMG composite with increasing synthesis temperature in a narrow range. | Nature Materials

Extended Data Fig. 3: Variation of diamond content in ND/DMG composite with increasing synthesis temperature in a narrow range.

From: Ultrastrong conductive in situ composite composed of nanodiamond incoherently embedded in disordered multilayer graphene

Extended Data Fig. 3: Variation of diamond content in ND/DMG composite with increasing synthesis temperature in a narrow range.

(a, b) Low-magnification HAADF and LAADF images of Composite-1, respectively. (c) High-resolution LAADF image of Composite-1. (d, e) Low-magnification HAADF and LAADF images of Composite-3, respectively. (f) High-resolution LAADF image of Composite-3. Nanodiamonds (white regions) are evenly dispersed in the disordered multi-layer graphene matrix (dark regions). With the increase of synthesis temperature, more nanodiamonds appear in the composite, but no obvious grain growth is found.

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