Building multi-component crystals from cations and co-crystals: the use of chaperones
Bukenya, Shamim Munshi, Tasnim Scowen, Ian J. Skyner, Rachael Whitaker, Darren A. Seaton, Colin C.
Bukenya, Shamim
Munshi, Tasnim
Scowen, Ian J.
Skyner, Rachael
Whitaker, Darren A.
Seaton, Colin C.
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2013
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Ternary crystalline complexes consisting of both salts and ionic co-crystals have been created through the crystallisation of the binary co-crystal 3,5-dinitrobenzoic acid–4-(dimethylamino)benzoic acid with group 1 or ammonium cations. The size and charge density of the cation can be used to adjust the protonation level and local geometry of the acid pair. The selectivity and coordination geometry of the chaperone cation may be further adjusted by the inclusion of a crown ether to reduce the number and location of potential binding sites.
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Bukenya, S., Munshi, Tasnim, Scowen, Ian J., Skyner, Rachael, Whitaker, Darren A., Seaton, Colin C. (2013) Building multi-component crystals from cations and co-crystals: the use of chaperones. CrystEngComm, 15(12), 2241-2250.
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