Art, Meet Chemistry; Chemistry, Meet Art: Case Studies, Current Literature, and Instrumental Methods Combined To Create a Hands-On Experience for Nonmajors and Instrumental Analysis Students
Art, Meet Chemistry; Chemistry, Meet Art: Case Studies, Current Literature, and Instrumental Methods Combined To Create a Hands-On Experience for Nonmajors and Instrumental Analysis Students
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艺术，遇见化学；
DOI：
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发表时间：
2010
期刊：
影响因子：
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通讯作者：
D. Jamieson
中科院分区：
文献类型：
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作者：
Delana A. Nivens;C. Padgett;J. M. Chase;Katie J. Verges;D. Jamieson
案例研究和当前文献与光谱分析相结合，为艺术史学生提供独特的化学体验，并为分析化学学生提供独特的基于探究的实验室实验。XRF分析方法被用来向非科学专业（艺术史学生）展示化学的强大应用。光谱学被用于绘画的检查，以确定所使用的颜料的化学成分。除了向艺术史专业的学生演示XRF方法外，化学专业的学生还使用光谱学（包括XRF）来检查所用颜料的化学成分以及是否存在底色。
Case studies and current literature are combined with spectroscopic analysis to provide a unique chemistry experience for art history students and to provide a unique inquiry-based laboratory experiment for analytical chemistry students. The XRF analysis method was used to demonstrate to nonscience majors (art history students) a powerful application of chemistry. Spectroscopy was used in the examination of a painting to determine the chemical components of the pigments used. In addition to demonstrating the XRF methods to art history students, chemistry students in instrumental analysis used spectroscopy, including XRF, to examine both the chemical composition of the paints used as well as the presence of an underpainting.