Titanium dioxide scanning electron micrograph

Fig. 1.5.5 Scanning electron micrograph of titanium dioxide particles prepared by the hydrolysis of a titanium (IV) ethoxide aerosol. Helium flow rate 800 cm3 min-1 generator temperature 96.5°C nuclei (AgCl) oven temperature 620°C.

Figure 4.8 (a) Scanning electron micrograph of micro- and nanoscale hierarchically struc-tnred zinc oxide films at high magnification, (b) Photographs of water droplet shape on the zinc oxide/titanium dioxide nanorod film via dark storage and UV illumination. 

Figure 3 Scanning electron micrographs of silicon dioxide mold with 10 nm diameter pillars with a period of 40 nm (left) PMMA template with 10 nm holes with a period of 40 nm (middle) titanium/gold dot array after evaporation and lift-off processes (right). Reproduced from Chou, S. Y. Krauss, P. R. Zhang, W. etal. J. Vac. Sci. Technol., B1997, 15,2897. ...

Optical (a), scanning (b), and transmission (c) electron micrographs of rutile titanium dioxide pigment show the differences in information that can be obtained with the three modes of microscopy. 

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