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首页> 外文期刊>Laser Focus World: The Magazine for the Photonics & Optoelectronics Industry >OPTOELECTRONIC APPLICATIONS: NONDESTRUCTIVE TESTING - Laser-based instrumentation sheds new light on old art
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OPTOELECTRONIC APPLICATIONS: NONDESTRUCTIVE TESTING - Laser-based instrumentation sheds new light on old art

机译:光电应用:无损检测-基于激光的仪器为旧技术提供了新的思路

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摘要

With the advent of increasingly cost-effective, high-resolution optical-imaging technologies, art historians are delving deeper into the world of forensic science. Imagine having the opportunity to stand before the Mona Lisa--sans her plexiglass cage, up close and personal, in the basement of the Louvre--and bathe her in coherent blue light, hoping to discover the secrets behind that infamous smile. What minerals and dyes might the pigment contain? What binding agents were used? How much does the final painting differ from the original sketch underneath, and how many layers did it take to create this masterpiece? Did someone--perhaps even Da Vinci himself--at some point alter the original, for reasons we might never know?
机译:随着成本效益越来越高的高分辨率光学成像技术的出现,艺术史学家正在更深入地研究法医学领域。想象一下有机会站在蒙娜丽莎(Mona Lisa)面前-在卢浮宫的地下室里近距离亲密地破坏她的有机玻璃笼子-然后用连贯的蓝光沐浴她,希望发现那个臭名昭著的微笑背后的秘密。颜料可能包含哪些矿物质和染料?使用了什么粘合剂?最终的绘画与下面的原始素描有多少不同,制作此杰作需要多少层?是否有人出于某种我们可能永远不知道的原因,甚至达芬奇本人都在某个时候改变了原件?

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