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首页> 外文期刊>Journal of Chemical Engineering of Japan >A Continuous Production Method of Nano-Particles of Leucine by Controlled Nucleation and Growth in Ternary Systems
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A Continuous Production Method of Nano-Particles of Leucine by Controlled Nucleation and Growth in Ternary Systems

机译:三元体系中可控成核和生长的亮氨酸纳米颗粒连续生产方法

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摘要

A continuous apparatus for the production of nano-particles of organic materials was developed and was applied to leucine.In the new process,a saturated aqueous solutions of leucine continuously flowed over the surface of glycine crystals to dissolve the glycine crystals,and the surface solutions became supersaturated with respect to leucine high enough for leucine to nucleate.Since the nucleated leucine particles were immediately carried away from the surface of the glycine crystal,further growth of the particles was restricted.The continuous production of leucine particles was demonstrated and the mean diameter of produced primary particles was smaller than 200 nm.When the apparent residence time of produced particles was 0.32 s,the particles were not agglomerated and the mean diameter was 70 nm,which was the smallest mean diameter in the present study.
机译:开发了一种用于生产有机材料纳米粒子的连续装置,并将其应用于亮氨酸。在新工艺中,亮氨酸的饱和水溶液连续流过甘氨酸晶体的表面以溶解甘氨酸晶体,并且表面溶液亮氨酸变得过饱和,足以使亮氨酸成核。由于成核的亮氨酸颗粒被立即带离甘氨酸晶体表面,限制了颗粒的进一步生长。证明了亮氨酸颗粒的连续生产和平均直径产生的初级颗粒的粒径小于200nm。当产生的颗粒的表观停留时间为0.32s时,颗粒没有团聚,并且平均直径为70nm,这是本研究中最小的平均直径。

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