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Use of complex agents in crystal formation reactions in the complex system

机译:络合剂在络合物体系中晶体形成反应中的用途

摘要

Methods and reaction systems are disclosed that are adapted for forming crystallites having novel crystal habits and/or morphologies compared to conventional crystallites of the same chemical composition. The methods and reaction systems involve chemical reactions between at least two reactant compounds occurring in a liquid (or gel) that form insoluble crystallite products. At least one of the reactants is rendered soluble in a solvent in which the reactant is not normally soluble by adding an agent that forms soluble molecular complexes of the agent and the reactant. The complexing agent not only facilitates dissolution of the reactant in the solvent but also plays a role in how the faces of crystals comprising the crystallite product are enlarged during formation of the product. Products having such altered crystallite structure have a number of possible uses.
机译:公开了与具有相同化学组成的常规微晶相比适于形成具有新颖晶体习性和/或形态的微晶的方法和反应系统。该方法和反应系统涉及在液体(或凝胶)中发生的至少两种反应物化合物之间的化学反应,其形成不溶性微晶产物。通过加入形成试剂和反应物的可溶性分子复合物的试剂,使至少一种反应物可溶于通常不溶于反应物的溶剂中。络合剂不仅促进反应物在溶剂中的溶解,而且在产物形成期间如何扩大包含微晶产物的晶体的面中发挥作用。具有这种改变的微晶结构的产品具有多种可能的用途。

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