Publication Type:Journal Article
Source:VDI Berichte, Number 1803, p.161-164 (2003)
Keywords:anisotropy, Chemical resistance, crystallization, Glass transition, hysteresis, Intermolecular driving forces, Materials science, Multi-component mixtures, Nanotubes, Organometallics, Piezoelectric devices, Piezoelectric hysteresis, porous materials, Porous templates, Viscous flow, Wetting
The potential of synthesizing functionalized nanotubes by wetting porous templates using melts or solutions that contain polymeric components was discussed. The use of porous membranes as templates was proved to be a feasible and versatile approach for the synthesis. The mixtures containing polymers and large proportions of inorganic components was processed to inorganic nanotubes by transforming the precursor and removing the polymeric component. It was concluded that the exploitation of wetting phenomena have an outstanding potential in providing customized and functionalised nanotubes.
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