A new organogelating moiety, 1, is proposed as a suitable and versatile building block for the production of other gelling compounds. Linking 1 with several different molecular fragments afforded new gels with different properties. A detailed investigation of the ferrocene substituted gelator is reported in this study.
Towards a general organogelator: Combining a versatile scaffold and an efficient linking process / Ghini, G., Lascialfari, L., Vinattieri, C., Cicchi, S., Brandi, A., Berti, D., Betti, F., Baglioni, P., Mannini, M.. - In: SOFT MATTER. - ISSN 1744-683X. - STAMPA. - 5:(2009), pp. 1863-1869. [10.1039/b819345b]
Towards a general organogelator: Combining a versatile scaffold and an efficient linking process
GHINI, GIACOMO;LASCIALFARI, LUISA;VINATTIERI, CLAUDIA;CICCHI, STEFANO;BRANDI, ALBERTO;BERTI, DEBORA;BETTI, FRANCESCA;BAGLIONI, PIERO;MANNINI, MATTEO
2009
Abstract
A new organogelating moiety, 1, is proposed as a suitable and versatile building block for the production of other gelling compounds. Linking 1 with several different molecular fragments afforded new gels with different properties. A detailed investigation of the ferrocene substituted gelator is reported in this study.
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