文物保护

Non-destructive elemental analysis on a Japanese sword by micro-XRF with a super large chamber
Swords are made from different materials in different eras in different countries. From an archaeological point of view, elemental analysis provides hints of the origin and the production date of a sword. It also provides hints to identify whether it’s imitation or real.
Pigment analysis on an antique paper painting by micro-XRF with a super large chamber
Identification of pigments is important in the archaeological and art research fields. Some pigments were used during specific times and then were no longer used in later times. Therefore, we can estimate the period when artwork was created through identification of the pigments. Micro-XRF is an effective pre-screening analytical technique to narrow down the candidates of multiple pigments used on a painting, thanks to its non-destructive approach and imaging capability.
使用XGT-9000SL对画作“蓟花瓶”进行无损大面积元素成像
颜料是了解艺术品历史背景的重要线索。本应用介绍了使用 XGT-9000SL 对文森特·梵高的油画“蓟花花瓶”进行元素成像。结果表明这幅画上使用的颜料的元素组成与之前报道的梵高使用的不同,表明这幅画只是艺术品的复制品。
颜料的无损和原位分析
古代陶器的考古学分析
教堂中的古陶器的考古学分析
黄铁矿矿物空间表征的共定位显微技术
Co-localized microscopy techniques for pyrite mineral spatial characterization
在这项研究中,我们表征了黄铁矿及其周围的矿物,以确定不同的矿物相态,并从微米到纳米尺度表征了样品空间上的化学变化。使用不同的显微镜仪器进行共定位,实现对样品特征的全面分析,并对所有的图像进行精确的叠加。
使用 X 射线荧光微区成像表征青金石中黄铁矿夹杂物
Characterization of Pyrite Inclusions in Lapis Lazuli Using X-ray Fluorescence Micro-imaging
青金石是一种深蓝色变质岩,用作半宝石,其中包含会影响其价值的内含物,使用 HORIBA 的新型微区X 射线荧光光谱XGT-9000 研究黄铁矿杂质和主要元素分布。

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