Nanocasting

Goltner-Spickermann C (2003) Nanocasting of Lyotropic Liquid Crystal Phases for Metals and Ceramics. 226 29-54 Gouzy M-F, see Li G (2002) 218 133-158... [Pg.233]

Carmichael D, Mathey F (2002) New Trends in Phosphametallocene Chemistry. 220 27-51 Caruso F (2003) Hollow Inorganic Capsules via Colloid-Templated Layer-by-Layer Electrostatic Assembly. 227 145-168 Caruso RA (2003) Nanocasting and Nanocoating. 226 91-118 Ceroni P, see Balzani V (2003) 228 159-191 Chamberlin AR, see Gilmore MA (1999) 202 77-99 Chasseau D, see Guionneau P (2004) 234 97-128... [Pg.223]

Lu, A. H. Schuth, F. 2006. Nanocasting A versatile strategy for creating nano-structured porous materials. Adv. Mater. 18 1793-1805. [Pg.307]

Thomas, A. Schlaad, H. Smarsly, B. Antonietti, M. 2003. Replication of lyotropic block copolymer mesophases into porous silica by nanocasting Learning about finer details of polymer self-assembly. Langmuir 19 4455 1459. [Pg.308]

In either the transcriptive or synergistic strategy, removal of the organic template by extraction or calcination renders the inorganic mesoporous structure. For synthetic schemes that are not compatible with the formation of stable template assemblies, an alternative approach is to use a preformed, templated inorganic host, such as mesoporous silica, as a mold to nanocast the desired material as an inverse replica of the host, such as that seen in Figure 14. ... [Pg.238]

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