14881
Accession Number
9408
Author
Keisch, Bernard
Editor
Beck, Curt W.
Title Of Article Chaper
Moessbauer effect spectroscopy without sampling: application to art and archaeology
Title Of Journal Book
Archaeological chemistry - a symposium sponsored by the division of the history of chemistry at the 165th meeting of the American Chemical Society, Dallas, Tex., April 9 - 10, 1973
Pages
186-206
Publisher
American chemical society
Publisher City
Washington, DC
Language Of Text
English
Literature Type
Monograph
Literature Level
Analytic
Meeting
Archaeological chemistry
Meeting City
Dallas, tex.
Abstract
A brief review of Mössbauer effect spectroscopy (MES) is given, especially with regard to iron and its compounds. While most workers have used a transmission geometry which requires sample preparation, MES may also be performed by scattering. Thus, surface analysis is possible with no sampling or damage to an artifact or work of art. A special detector for efficiently accomplishing this has been constructed. We have surveyed various artists' pigments, in bulk as well as in situ and found that MES leads to a useful classification. Terra cotta statuary, which generally contains 5-10% iron, has also been surveyed. Other workers have examined pottery (using transmission geometry) with interesting results.
Keywords
Spectroscopy, analysis; Spectroscopy, gamma ray; Spectroscopy, mossbauer; Analysis, non-destructive; Metal, analysis non-destructive ICCROM
pub_id
14881
Meeting Date
19730409-19730419