SEM images: RFR-43 (a) and RFC-43 (b), magnification ×80 000; RFR-44

Download scientific diagram | SEM images: RFR-43 (a) and RFC-43 (b), magnification ×80 000; RFR-44 (c) and RFC-44 (d–f); magnifications: (c and d) ×10 000, (e) ×12 000, (f) ×35 000 from publication: Effect of the surface properties of resorcinol–formaldehyde resin/carbon nanocomposites and their carbonization products on the solid-phase extraction of explosives | Two polymer–nanocarbon composites, containing carbon nanotubes or exfoliated graphite, were prepared using resorcinol–formaldehyde resin. By carbonization of the composites, two additional carbon-based nanomaterials were obtained. The resulting materials were investigated | Solid Phase Extraction, Carbonization and Carbon | ResearchGate, the professional network for scientists.

SEM images: RFR-43 (a) and RFC-43 (b), magnification ×80 000; RFR

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Raman spectra of the composites (thick lines): RFC-43 left-hand

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SEM images of RuO2 prepared at (a) 300°C, 1000-fold magnification

Wide-field SEM of semiconducting minerals - ScienceDirect

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SEM image of (a) TRIP15 and (b) the 42CrMo4 with a 4000 times

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Wide-field SEM of semiconducting minerals - ScienceDirect