@inbook{c686ed29902e405d83c077a21eb944fa,
title = "Neutron imaging for numismatics",
abstract = "The rapid development of large scale scientific facilities providing neutron and synchrotron radiation sources offers important opportunities for the study of cultural materials. Here we highlight the application of neutron imaging as a powerful non-destructive method in numismatics. Neutron tomograms facilitate the investigation of coin morphology, porosity, inclusions and the presence of composite structures. This information can be vital for an understanding of minting techniques. In this chapter we present studies of Greek coins that substantiate arguments for the existence of diverse approaches to producing coins in antiquity.",
keywords = "neutron imaging, Ancient Greek numismatics, Ancient Greek archaeology, synchrotron radiation, Incuse coins",
author = "Filomena Salvemini and Sheedy, {Kenneth A.} and Scott Olsen and Vladimir Luzin and Ulf Garbe",
year = "2020",
language = "English",
isbn = "090140537X",
series = "Royal Numismatic Society Special Publications",
publisher = "The Royal Numismatic Society",
pages = "247--259",
editor = "Sheedy, {Kenneth A.} and Gillan Davis",
booktitle = "Metallurgy in Numismatics 6",
}