Thermal neutrons represent a powerful tool to quantitatively characterize artefacts composed by crystalline materials in the archaeometry field. Neutron diffraction provides information on metal alloys, these results permit to evaluate the making of the materials and hence the composition and the peculiar working process. Neutron imaging allows to determine the metal objects internal structure, to label their status of conservation and to assist restoration activities.

Neutron imaging and diffraction on metal artefacts

VISCA, Lorenzo;DURISI, Elisabetta Alessandra;LO GIUDICE, Alessandro;MILA, Giorgia;RE, ALESSANDRO;ROMERO, Alessandra;SACCHI, Roberto;
2011-01-01

Abstract

Thermal neutrons represent a powerful tool to quantitatively characterize artefacts composed by crystalline materials in the archaeometry field. Neutron diffraction provides information on metal alloys, these results permit to evaluate the making of the materials and hence the composition and the peculiar working process. Neutron imaging allows to determine the metal objects internal structure, to label their status of conservation and to assist restoration activities.
2011
neutron; radiography; tomography; diffraction; metal artefacts
L. VISCA; R. BRANCACCIO; M. DEMMELBAUER; E. DURISI; A. GIOVAGNOLI; N. GRASSI; F. GRAZZI; A. LO GIUDICE; G. MILA; M. NERVO; N. PASTRONE; F. PRINO; L.RA...espandi
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/2318/92727
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