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Morphologies in Solvent-Annealed Clotrimazole ThinFilms Explained by Hansen-Solubility Parameters

机译:溶剂密封克霉唑稀中的形貌汉森溶解度参数解释的薄膜

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摘要

The induction of different crystal morphologies is of crucial importance for many applications. In this work, the preparation of various crystal morphologies within clotrimazole films on glass substrates is demonstrated. Amorphous clotrimazole thin films were transformed via vapor annealing into crystalline structures; highly monodisperse/multidisperse crystallites, spherulite, or dendritic structures were obtained as the solvent was exchanged. X-ray diffraction experiments reveal that the same polymorph is present for all samples but with varying texture. The achieved morphologies are explained in terms of Hansen-solubility parameters and vapor pressures; thus, the different morphologies and crystal orientations can be explained by solvent—solid interaction strengths within the thin film samples.
机译:对于许多应用而言,诱导不同晶体形态至关重要。在这项工作中,证明了在玻璃基板上克霉唑薄膜内制备各种晶体形态的方法。非晶态克霉唑薄膜通过气相退火转变为晶体结构。当交换溶剂时,获得了高度单分散/多分散的微晶,球晶或树枝状结构。 X射线衍射实验表明,所有样品均存在相同的多晶型物,但结构不同。根据汉森溶解度参数和蒸气压解释了所获得的形态。因此,可以通过薄膜样品中的溶剂-固体相互作用强度来解释不同的形态和晶体取向。

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