Organic Molecules Induce the Formation of Hopper-Like NaCl Crystals under Rapid Evaporation As Microcatalytic Reactors To Facilitate Micro/Nanoplastic Degradation

As representative examples of inorganic ionic crystals, NaCl and KCl usually form cubes during the natural evaporation process. Herein, we report the hopper-like NaCl and KCl crystals formed on the iron surface under rapid vacuum evaporation aided by organic molecules. Theoretical and experimental r...

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Bibliographic Details
Main Author:	Zehui Zhang (1574290) (author)
Other Authors:	Zhenglin He (9243571) (author), Kexin Li (118794) (author), Jie Liu (15128) (author), Xing Liu (221084) (author), Yi Luo (143206) (author), Tao Ding (129078) (author), Zhengyang Liu (1294944) (author), Xiushen Ye (4353550) (author), Guosheng Shi (1852225) (author)
Published:	2025
Subjects:	Molecular Biology Ecology Inorganic Chemistry Chemical Sciences not elsewhere classified experimental results indicate salt lake crystals kcl crystals formed inorganic ionic crystals natural evaporation process natural evaporation conditions economical microcatalytic reactor like crystals formed organic molecules induce efficiently facilitate micro like nacl crystals like crystals organic molecules facilitate micro various crystals rapid evaporation microcatalytic reactors like nacl efficient micro ∼ 91 ∼ 400 synthesized kilogram surfaces instead styrene yield single surface representative examples nanoplastic degradation iron surface highly decreasing growth mechanism friendly environmental findings provide degradation temperature
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Organic Molecules Induce the Formation of Hopper-Like NaCl Crystals under Rapid Evaporation As Microcatalytic Reactors To Facilitate Micro/Nanoplastic Degradation

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