The development of novel protocols and techniques for waste treatment represents the state of the art in the so‐called “green conversion”. Chemical wastes deriving from industrial and power‐station processes, which involve organic crystals, can be very hazardous for the environment. Studying their dissolution mechanism, both theoretically and experimentally, represents a mandatory step in the critical task of their disposal. Surprisingly, most of the studies are focused on millimeter scale length, from which one could estimate the crystal dissolution rate. In these studies, where no information about the dissolution mechanism on a molecular scale is provided, etch‐pit formation is recognized as the ultimate mechanism of crystal dissolution.

中文翻译：

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pH控制下有机纳米晶体的反应溶解

用于废物处理的新颖协议和技术的发展代表了所谓的“绿色转化”的最新技术水平。来自工业和发电过程的化学废物涉及有机晶体，对环境非常危险。从理论上和实验上研究它们的溶解机理，是其处置关键任务中必不可少的步骤。出乎意料的是，大多数研究都集中在毫米级长度上，据此可以估算出晶体的溶解速率。在这些研究中，由于没有提供分子水平上的溶解机理的信息，因此刻蚀坑的形成被认为是晶体溶解的最终机理。