Methodological features of the emulsion and reprecipitation methods for organic nanocrystal fabrication

Ujiiye-Ishii K; Kwon E; Kasai H; Nakanishi H; Oikawa H

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Methodological features of the emulsion and reprecipitation methods for organic nanocrystal fabrication

机译：乳液的方法学特征和用于有机纳米晶体制备的再沉淀方法

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The specific methodological features in the emulsion and the reprecipitation methods to fabricate organic nanocrystals were examined using perylene. The size-control of perylene nanocrystals was accomplished for the first time using the emulsion method, which has not been achieved so far by the reprecipitation method. The standard deviation of size distribution of nanocrystals in the emulsion method became smaller than that in the reprecipitation method. Although the residual good solvent may influence the nanocrystal growth process in the reprecipitation method, no such influence was detected in the emulsion method.

机译：使用per对乳液中的特定方法学特征和制备有机纳米晶体的再沉淀方法进行了研究。 the纳米晶体的尺寸控制是首次使用乳液法完成的，到目前为止，再沉淀法尚未实现。乳液法中纳米晶体的尺寸分布的标准偏差变得比再沉淀法中的小。尽管残留的良溶剂可能会在再沉淀法中影响纳米晶体的生长过程，但在乳液法中未检测到这种影响。

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《Crystal growth & design》 |2008年第2期|共3页
作者
Ujiiye-Ishii K; Kwon E; Kasai H; Nakanishi H; Oikawa H;
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正文语种 eng
中图分类晶体学;
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PERYLENE MICROCRYSTALS;

机译：YL微晶;

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Methodological features of the emulsion and reprecipitation methods for organic nanocrystal fabrication

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