珍珠表面微形貌的AFM和SEM研究
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P579; P578.6+ 1

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An AFM and SEM study on microscopic figure of pearl surface
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    摘要:

    利用原子力显微镜(AFM)结合传统的扫描电镜(SEM)观察不同质量的珍珠表面,在微米级至纳米级的范围内对珍珠表面进行了全面的超显微结构特征分析,探讨SEM下无法涉及的珍珠纳米级表面结构与珍珠物理特性(光泽度、粗糙度、伴色)之间的相关性。研究显示,珍珠等级与文石层、文石微层、文石板块及其内部文石集合体的有序度、致密度等均呈正相关关系。本文还提出在珍珠养殖与交易的珍珠分级中可利用微形貌数据如平均粗糙度(Ra)增加定量化标准。

    Abstract:

    Using AFM and traditional SEM, the authors studied the super-microscopic structure of pearls from micron-size to nanometer-size by observing the surfaces of pearls with different qualities, and discussed the correlation between the nanometer-size surface structure invisible with SEM and the physical properties (luster, roughness and concomitant color) of pearl. The research shows that the grade of pearl has a positive correlation with ordering and compactness of layers, microlayers, blocks and aggregates of aragonite. It is also suggested that quantified standard should be added to the classification for cultivation and trade of pearls by using such data as the mean roughness (Ra).

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张妮 郭继春 张学云 李加贵, 2004. 珍珠表面微形貌的AFM和SEM研究[J]. 岩石矿物学杂志, 23(4):370~374.
ZHANG Ni~,GUO Ji-chun~,ZHANG Xue-yun~,et al, 2004. An AFM and SEM study on microscopic figure of pearl surface[J]. Acta Petrologica et Mineralogica, 23(4): 370~374.

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