红、黄色天然无机颜料矿物学特性及加速气候试验研究

Ju Hyun Park, Hyewon Jeong
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引用次数: 1

摘要

对文物和传统绘画用朱砂、雄黄和香精的矿物学、物理性能和耐加速气候性能进行了评价。JB和JS分别为朱砂的样品名称,JH和UH分别为雌蕊和雄黄的样品名称。通过矿物学性质评价,金沙为朱砂,不同品位的金沙化学成分无差异。UH和JH分别为雄黄(AsS)和雌二醇(As2S3)。形状和颜色等偏振特性表明,我们所测试的颜料是通过偏光显微镜观察到的天然矿物颜料。特别是以朱砂为例,不容易区分天然矿物色素和合成色素。但偏光显微镜检查结果表明,朱砂为天然赋存矿物,矿物颗粒真实,断裂不均匀。热分析结果表明,JH比UH具有更高的玻璃化转变温度和热稳定性。经加速气候试验,朱砂、雄黄、香精因光衰而显色。通讯作者:+82-42-860-9348,E-mail: elisul@korea.kr
本文章由计算机程序翻译,如有差异,请以英文原文为准。
A Study on Mineralogical Characteristic and Accelerated Weather Test of Red and Yellow Color Natural Inorganic Pigments
We evaluated mineralogical, physical property and accelerated weather resistance of cinnabar, realgar and orpiment used as cultural heritages and traditional paintings. JB and JS are sample names of cinnabar and JH and UH are sample names of orpiment and Realgar, respectively. As a result of mineralogical property evaluation, Jinsa was identified cinnabar (HgS) and there was no difference in chemical composition according to the grade. UH and JH were confirmed realgar (AsS) and orpiment (As2S3), respectively. The polarization characteristics such as shape and color indicate that pigments using our test were natural mineral pigment observed by polarization microscope. Especially, in the case of cinnabar, it is not easy to distinguish between natural mineral pigment and synthetic pigment. But the results of polarization microscope said that cinnabar is natural occurring mineral which have authentic mineral particle and unevenly fracture. As a result of thermal analysis, JH has a higher glass transition temperature and heat stability than UH. After accelerated weather test, cinnabar, realgar and orpiment were striking result in color change because of light degradation. Red *Corresponding author: +82-42-860-9348, E-mail: elisul@korea.kr
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