Figures & data
Figure 1. IR spectraof the (a) as-obtained, (b) amide-derivatised, (c) HDTMS-coated, (d) DBDMT-coated, (e) PFOTES-coated, (f) silica-coated and (g) tin oxide-coated nanodiamond.
![Figure 1. IR spectraof the (a) as-obtained, (b) amide-derivatised, (c) HDTMS-coated, (d) DBDMT-coated, (e) PFOTES-coated, (f) silica-coated and (g) tin oxide-coated nanodiamond.](/cms/asset/387ac818-61e8-4733-b4ea-08c1e9e7ec14/tjen_a_357583_o_f0001g.gif)
Figure 2. TEM images of the (a) as-obtained nanodiamond with the inset showing the particle size distribution, (b) amide-derivatised nanodiamond with the EDAX pattern as the inset, (c) HDTMS-coated nanodiamond with the EDAX pattern as the inset and (d) DBDMT-coated nanodiamond with the EDAX patter as the inset.
![Figure 2. TEM images of the (a) as-obtained nanodiamond with the inset showing the particle size distribution, (b) amide-derivatised nanodiamond with the EDAX pattern as the inset, (c) HDTMS-coated nanodiamond with the EDAX pattern as the inset and (d) DBDMT-coated nanodiamond with the EDAX patter as the inset.](/cms/asset/70022102-d983-435b-a771-5d2a296532f3/tjen_a_357583_o_f0002g.gif)
Figure 3. Photographs of dispersions of (a) amide-derivatised, (b) HDTMS-coated (c) PFOTES-coated and (d) DBDMT-coated nanodiamonds in nonpolar solvents.
![Figure 3. Photographs of dispersions of (a) amide-derivatised, (b) HDTMS-coated (c) PFOTES-coated and (d) DBDMT-coated nanodiamonds in nonpolar solvents.](/cms/asset/95ebde98-2cd0-4413-9dee-6e6f72e13cc3/tjen_a_357583_o_f0003g.gif)