Chrysoprase – history and present

Q4 Earth and Planetary Sciences Mineralogia Pub Date : 2023-01-01 DOI:10.2478/mipo-2023-0001
M. Sachanbiński, Mirosław Kuleba, L. Natkaniec-Nowak
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Abstract

Abstract The authors present the history of chrysoprase discovery and the progress of knowledge about this material over the millennia, based on the extended review of world literature. Tracing the oldest archaeological artifacts from before 9,000 years, the lens of history turns on a stone that has not been properly identified mineralogically for centuries. In the 1830s, chrysoprase was finally included into the chalcedony group and its green color was associated, very correctly, with nickel compounds dispersed in its structure. After all, the most current mineralogy of chrysoprase is presented on the basis of the results of modern analytical studies. These data clearly indicate that chrysoprase is a mixture of several SiO2 polymorphs with varying degrees of structural order (opal, chalcedony, moganite, quartz). This radically changes the previous taxonomy of chrysoprase and its position in current mineralogical and petrographic systematics.
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曲解-历史和现在
摘要:作者在对世界文献进行广泛回顾的基础上,介绍了金玉石的发现历史和几千年来关于这种材料的知识进展。追寻9000年前最古老的考古文物,历史的镜头聚焦在一块几个世纪以来没有被矿物学正确识别的石头上。在19世纪30年代,绿铜矿最终被纳入玉髓族,它的绿色与分散在其结构中的镍化合物联系在一起,这是非常正确的。毕竟,翡翠石的最新矿物学是在现代分析研究结果的基础上提出的。这些数据清楚地表明,翡翠石是几种不同结构顺序的SiO2多晶(蛋白石、玉髓、莫干石、石英)的混合物。这从根本上改变了以前的绿铜矿分类及其在当前矿物学和岩石学系统中的地位。
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来源期刊
Mineralogia
Mineralogia Earth and Planetary Sciences-Geology
CiteScore
0.80
自引率
0.00%
发文量
5
期刊介绍: - original papers in the scope of widely understood mineralogical sciences (mineralogy, petrology, geochemistry, environmental sciences, applied mineralogy etc.) - research articles, short communications, mini-reviews and review articles
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