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Bitter apple peel derived photoactive carbon dots for the sunlight induced photocatalytic degradation of crystal violet dye

机译:苦苹果皮衍生的光活性炭点,用于日光诱导的结晶紫染料的光催化降解

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摘要

A simple and sustainable approach is described for the synthesis of photoactive carbon dots (CD) as an efficient photo-catalytic material. The photoactive-CD has been fabricated by simply charring the peels of Bitter Apple (BA). It is somewhat similar to the biochar synthesis. The photoactivity of BA peel derived photoactive-CD was tested under the illumination of sunlight for photodegradation of a pollutant organic dye, crystal violet (CV). A possible mechanism has been proposed for photodegradation of dye based on the trap experiment, where electron and holes were majorly responsible. BA peel derived photoactive-CD showed remarkable results concerning the photodegradation of CV (20 ppm in similar to 90 min) under sunlight illumination as compared to the dark conditions.
机译:描述了一种简单而可持续的方法,用于合成作为有效的光催化材料的光敏碳点(CD)。光敏CD是通过简单地将苦苹果(BA)的皮焦化而制成的。它有点类似于生物炭的合成。在阳光的照射下测试了BA剥离衍生的光敏CD的光活性,以用于光降解污染物有机染料结晶紫(CV)。根据陷阱实验,提出了一种可能的染料光降解机理,其中电子和空穴起主要作用。与黑暗条件相比,在阳光照射下,BA剥离衍生的光敏CD表现出了显着的CV光降解效果(在90分钟内相当于20 ppm)。

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