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Facile Preparation of Bright-Fluorescent Soft Materials from Small Organic Molecules

机译:用小有机分子方便地制备亮荧光软材料

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摘要

Highly fluorescent and biocompatible soft materials are desirable for many potential applications, but their synthetic processes are somehow complicated. Herein, we have explored the feasibility of synthesis of unconventional fluorescence soft materials from small organic molecules under mild conditions. A new blue-fluorescent soft material with high quantum yield (89.6%) and eutectic feature prepared by simple heat treatment of citric acid (CA) and cysteine (Cys) aqueous mixtures below 100 degrees C in air was reported. The as-prepared fluorescent material has the features of facile preparation, low cost, scalable production and easy to process, making it suitable for applications like fluorescent labeling and light-emitting devices. This new finding opens a new venue for the preparation of fluorescent soft materials.
机译:具有高度荧光和生物相容性的软质材料对于许多潜在应用而言是理想的,但是它们的合成工艺却有些复杂。在本文中,我们探索了在温和条件下由小的有机分子合成非常规荧光软材料的可行性。报道了一种通过在空气中低于100摄氏度的简单柠檬酸(CA)和半胱氨酸(Cys)水性混合物的简单热处理制备的具有高量子产率(89.6%)和共晶特征的蓝色荧光软材料。所制备的荧光材料具有制备简便,成本低,可扩展生产和易于加工的特征,使其适合于荧光标记和发光器件等应用。这一新发现为制备荧光软材料开辟了新的场所。

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