蝎子角质层的荧光和多层结构

Yu‐Jen Chen, Pei-Ju Chiu, Cheng-chung Lee
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引用次数: 2

摘要

我们采集了不同龄期的蝎子(Isometrus maculates),分析了其光致发光(PL)、表皮微观结构及其相关性。用405nm固体激光在室温下激发,用BWtek BRC 112E光谱仪检测其光致发光。结果表明,光致发光强度与蝎子的龄期呈正相关。扫描电子显微镜(SEM)捕获的角质层微观结构图像详细地展示了其多层结构。样品是小块制备的,以确保从同一区域捕获PL和SEM数据。用薄膜光学理论从微观结构的角度解释了光致发光强度与星相之间的关系。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Fluorescence and multilayer structure of the scorpion cuticle
We collect the scorpions, Isometrus maculates, in different instars to analyze the photoluminescence (PL), micro‐structure of cuticles and their correlation. The photoluminescence is excited by 405 nm solid laser in room temperature and detected by BWtek BRC 112E spectrometer. The result shows that the intensity of photoluminescence positively correlate to instars of scorpion. The images of micro‐structures of cuticles captured by scanning electron microscope (SEM) present the multilayer structure in detail. The samples are prepared in small piece to ensure that the PL and SEM data are caught from the same area. The correlation between instars and intensity of photoluminescence is explained according to micro‐structures via the thin‐film optics theory.
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