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In this section, syntheses and applications of rare-earth compound nanotubes are described. The nanotubes are synthesized by the homogeneous precipitation method, the hydrothermal method, the template synthesis method using carbon nanotube and anodic porous alumina membrane, etc. Optical properties, surface modifications, and reactivities for the nanotubes are presented.
In this section, syntheses and applications of zirconia and ruthenium oxide nanotubes are described. The zirconia nanotubes are synthesized by the anodization of zirconium metal and the template synthesis method using carbon nanotube, anodic porous alumina membrane, porous polycarbonate membrane, and organic molecules as templates. Several applications of the zirconia nanotubes are also presented...
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