Hydrogen bonding in co-crystals of cyprodinil
Our co-crystallization studies of the commercial fungicide Cyprodinil show that it forms new co-crystals with 2-aminopyrimide and maleimide as co-formers. As cyprodinil is a low melting material that undergoes phase transformation in storage such high melting cocrystals may of of significant commercial benefit. These co-crystals are formed through moderately strong hydrogen bonds between the co-former and cyprodinil molecules - though hydrogen positions have been only inferred/calculated in our SXD studies. The aim of this experiment will be to accurately determine the hydrogen-bonding patterns in these two agrochemical co-crystals - we believe the first time such a system has been studied using SND. Each co-crystal will be studied at 3 temperatures so that the hydrogen bonding can be modeled using appropriate theoretical models and software.
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WELLER Mark T.; DI PUMPO Antonietta and MASON, Sax A.. (2014). Hydrogen bonding in co-crystals of cyprodinil. Institut Laue-Langevin (ILL) doi:10.5291/ILL-DATA.5-12-309
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