Titlebook: Handbook of Cultural Heritage Analysis; Sebastiano D‘Amico,Valentina Venuti Reference work 2022 The Editor(s) (if applicable) and The Auth

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Susan Kaufman,Jean-Claude Peckersecrated fillings, mostly organic materials and substances, done several hundred years ago, is reported..It is the advantage of neutrons to penetrate dense metal layers – as bronze or brass – and to provide a high contrast to lighter elements (H, C, O, etc.). These specific characteristics of neutro

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https://doi.org/10.1007/978-3-030-66107-6rch Complex (J-PARC). Various studies in material science, industrial applications, and fundamental physics are being performed using neutrons. The neutron is suitable for cultural heritage research since it has high penetration power and can investigate the interior of metals noninvasively. The Jap

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Depth-Dependent Bulk Elemental Analysis Using Negative Muonsnt coins to statues to meteorites to biomaterials. These studies use negative muons, which with a controllable momentum have a well-defined implantation depth (from microns to cm). This technique has many similarities to X-ray fluorescence, except that the negative muon has a mass ~200 times greater

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