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Description (a) Raman spectra of pristine CNT powder, chlorinated CNTs, and 3D‐CNT solid macrostructures; (b) XPS spectra of pristine CNT powder, (c) chlorinated CNT powder, (d) the 3D‐CNT solid macrostructure.
Article Title: 3D Macroporous Solids from Chemically Cross‐linked Carbon Nanotubes
Publication Title: Small -
Description Scanning electron microscopy (SEM) images of different region of the porous 3D‐CNT solid structure. (a,d) Layer‐by‐layer CNT thin films; (b,c,f) CNT bundles as a network; (e) 3D‐CNT after...
Article Title: 3D Macroporous Solids from Chemically Cross‐linked Carbon Nanotubes
Publication Title: Small -
Description High‐resolution transmission electron microscopy (HR‐TEM) of the 3D‐CNT structures. (a) High‐ and low (inset)‐magnification images of Y‐junction of CNTs with a representative schematic image; (b)...
Article Title: 3D Macroporous Solids from Chemically Cross‐linked Carbon Nanotubes
Publication Title: Small -
Description (a) Photograph of oil–water batch at t = 0 min; inset shows 3D‐CNT solid structure before use. (b) 3D‐CNT solid absorbing oil at t = 1 min; (c) 3D‐CNT solid absorbing oil at t = 4 min; (d)...
Article Title: 3D Macroporous Solids from Chemically Cross‐linked Carbon Nanotubes
Publication Title: Small -
Description The Suzuki coupling reaction mechanism. (1) Oxidized CNTs, (2) chlorinated CNTs, (3) CNT–CO–Pd(II)–Cl complex structure, (4) CNT–Pd(II)–Ph–B(OH)2, (5) boronic acid‐functionalized CNTs, (6)...
Article Title: 3D Macroporous Solids from Chemically Cross‐linked Carbon Nanotubes
Publication Title: Small -
Description Schematic of the 3D‐CNT solid macrostructure synthesis from CNT powder. Initial CNT powders were oxidized in HNO3 then converted to acid chloride. CNTs were covalently interconnected via Suzuki...
Article Title: 3D Macroporous Solids from Chemically Cross‐linked Carbon Nanotubes
Publication Title: Small