Macro X-ray fluorescence analysis of XVI-XVII century Italian paintings and preliminary test for developing a combined fluorescence apparatus with digital radiography

Authors

  • Leandro Sottili University of Turin
  • Laura Guidorzi University of Turin
  • Alessandro Lo Giudice University of Turin
  • Anna Mazzinghi University of Florence
  • Chiara Ruberto University of Florence
  • Lisa Castelli INFN
  • Caroline Czelusniak INFN
  • Lorenzo Giuntini University of Florence
  • Mirko Massi INFN
  • Francesco Taccetti INFN
  • Marco Nervo Centro di Conservazione e Restato CCR "LA Venaria Reale"
  • Rodrigo Torres New York University Abu Dhabi
  • Francesco Arneodo New York University Abu Dhabi
  • Alessandro Re University of Turin

DOI:

https://doi.org/10.21014/acta_imeko.v11i1.1088

Abstract

Using portable instruments for the preservation of artworks in heritage science is more and more common. Among the techniques, Macro X-Ray Fluorescence (MA-XRF) and digital radiography (DR) play a key-role in the field, therefore a number of MA-XRF scanners and radiographic apparatuses have been developed for this scope. Recently, the INFN-CHNet group, the network of the INFN devoted to cultural heritage, has developed a MA-XRF scanner for in-situ analyses. The instrument is fully operative, and it has already been employed in museums, conservation centres and out-door fields. In the present paper, the MA-XRF analysis conducted with the instrument on four Italian artworks undertaking conservation treatments at the conservation centre CCR “La Venaria Reale” are presented. Results on the preliminary test to combine DR with MA-XRF in a single apparatus are also shown.

Author Biographies

Leandro Sottili, University of Turin

Department of Physics

Laura Guidorzi, University of Turin

Department of Physics

Alessandro Lo Giudice, University of Turin

Department of Physics

Anna Mazzinghi, University of Florence

Department of Physics

Chiara Ruberto, University of Florence

Department of Physics

Lisa Castelli, INFN

Division of Florence

Caroline Czelusniak, INFN

Division of Florence

Lorenzo Giuntini, University of Florence

Department of Physics

Mirko Massi, INFN

Division of Florence

Francesco Taccetti, INFN

Division of Florence

Rodrigo Torres, New York University Abu Dhabi

Division of Science

Francesco Arneodo, New York University Abu Dhabi

Division of Science

Alessandro Re, University of Turin

Department of Physics

Downloads

Published

2022-03-31

Issue

Section

Research Papers