Chemical Communications · 2008 · 119 citations · 36 references
Materials ScienceHomogeneous Fibrillar GelColloidal MaterialBiopolymer GelEngineeringSelf-assemblyPolymer ScienceSoft MatterPolyelectrolyte GelMolecular RecognitionCrystallographyBiophysicsSol-gel SynthesisTwo-component SystemGel–crystal Interface
This paper reports a two-component system in which molecular recognition rapidly leads to the formation of a homogeneous fibrillar gel that, over a period of hours, aggregates via fibre-fibre interactions to yield microcrystals--providing insight into the relationship between nanoscale gels and microscale crystals.
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Nanoscience, Nanotechnology, and Chemistry
George M. Whitesides · Small · 2004 · 691 citations
Crystallization mechanisms in solution
R. Boistelle, J. P. Astier · Journal of Crystal Growth · 1988 · 462 citations
Materials Science, Engineering, Crystal Growth Technology +6