Alessia Artesani

Post Doc

Contacts

+39 041 2346756

About

Alessia Artesani has worked at the Center for Cultural Heritage Technology since the 2019. She jointed the CCHT as Post-Doc in characterisation and protection of CH materials research line. Following the Bachelor and Master Degree in Physics at University of Milan (2014), she received her PhD degree in Physics at the Politecnico of Milan (2019) with a thesis on the study of semiconductor materials employed as pigments in modern age. More broadly, she worked on the analysis of ancient and modern cultural heritage materials using optical and spectroscopic techniques. She specialized in time-resolved photoluminescence spectroscopy on crystalline semiconductors and she is interested in studies on optical properties of materials. In her research career, she collaborated with various international teams: on top, she contributed to the development of cryogenic device to investigate the luminescent signals of dosimetric materials at the Luminescent Lab of Durham University (UK) and she worked on the characterization of interaction mechanisms between metal oxide and oil media at the Chemie ParieTech Lab (FR). She delivered oral presentations in the most important national and international congresses on scientific methods applied to Cultural Heritage and she published in peer-reviewed international journals in the field of materials, chemists and applied physics.

IIT Publications

  • 2020
  • Artesani A.iit, Mosca S., Dozzi M.V., Valentini G., Comelli D.
    DOI

    Determination of crystal phases in mixed TiO2 paint films by non-invasive optical spectroscopies

    Microchemical Journal, vol. 155
  • Artesani A.iit, Di Turo F.iit, Zucchelli M., Traviglia A.iit
    DOI

    Recent Advances in Protective Coatings for Cultural Heritage - An Overview

    Coatings, vol. 10, (no. 3), pp. 2017
  • Artesani A.iit
    DOI

    Zinc oxide instability in drying oil paint

    Materials Chemistry and Physics, vol. 255
  • 2019
  • Vichi A., Artesani A.iit, Cheung C.S., Piccirillo A., Comelli D.iit, Valentini G.iit, Poli T., Nevin A., Croveri P., Liang H.
    DOI

    An exploratory study for the non-invasive detection of metal soaps in paintings through optical coherence tomography

    Proceedings of SPIE - The International Society for Optical Engineering, vol. 11058
  • Artesani A., Ghirardello M., Mosca S., Nevin A., Valentini G., Comelli D.
    DOI

    Combined photoluminescence and Raman microscopy for the identification of modern pigments: explanatory examples on cross-sections from Russian avant-garde paintings

    Heritage Science, vol. 7, (no. 1)
  • Artesani A.iit, Binet L., Tana F., Comelli D., De Nardo L., Nevin A., Touati N., Valentini G., Gourier D.
    DOI

    Monitoring metal ion leaching in oil-ZnO paint systems with a paramagnetic probe

    Microchemical Journal, vol. 151
  • Artesani A.

    Tailored experiments for in‐depth study of metal‐based pigments

    Technart
  • 2018
  • Artesani A.

    Multi-analytical microscopic approach for investigation of painting materials

    International Congress Chemistry for Cultural Heritage
  • van Driel B., Artesani A., van den Berg K.J., Dik J., Mosca S., Rossenaar B., Hoekstra J., Davies A., Nevin A., Valentini G., Comelli D.
    DOI

    New insights into the complex photoluminescence behaviour of titanium white pigments

    Dyes and Pigments, vol. 155, pp. 14-22
  • Artesani A.

    Novel strategy for the study of modern paint degradation

    Conference on Modern Oil Painting
  • Artesani A., Gherardi F., Mosca S., Alberti R., Nevin A., Toniolo L., Valentini G., Comelli D.
    DOI

    On the photoluminescence changes induced by ageing processes on zinc white paints

    Microchemical Journal, vol. 139, pp. 467-474
  • Mosca S., Artesani A., Gulotta D., Nevin A., Goidanich S., Valentini G., Comelli D.
    DOI

    Raman mapping and time-resolved photoluminescence imaging for the analysis of a cross-section from a modern gypsum sculpture

    Microchemical Journal, vol. 139, pp. 500-505
  • 2017
  • Artesani A.

    Advanced technique of photoluminescence microscopy for the analysis of precious semiconductor-based paint layers

    Technart
  • Galli A., Artesani A., Martini M., Sibilia E., Panzeri L., Maspero F.
    DOI

    An empirical model of the sunlight bleaching efficiency of brick surfaces

    Radiation Measurements, vol. 107, pp. 67-72
  • Artesani A., Gherardi F., Nevin A., Valentini G., Comelli D.
    DOI

    A photoluminescence study of the changes induced in the zinc white pigment by formation of zinc complexes

    Materials, vol. 10, (no. 4)
  • Artesani A.
    DOI

    Photoluminescence properties of zinc white

    Il Nuovo cimento della Societá italiana di fisica. C, vol. 40, (no. 2)
  • Comelli D., Artesani A., Nevin A., Mosca S., Gonzalez V., Eveno M., Valentini G.
    DOI

    Time-resolved photoluminescence microscopy for the analysis of semiconductor-based paint layers

    Materials, vol. 10, (no. 11)
  • Artesani A.

    Time resolved photoluminescence spectroscopy for investigation of semiconductor modern pigments

    Colloquium Spectroscopicum Internationale XL
  • Artesani A.

    Zinc white: an overview of its photoluminescence properties as fresh and aged paint

    SIF 103° National Congress
  • 2016
  • Artesani A., Bellei S., Capogrosso V., Cesaratto A., Mosca S., Nevin A., Valentini G., Comelli D.
    DOI

    Photoluminescence properties of zinc white: an insight into its emission mechanisms through the study of historical artist materials

    Applied Physics A: Materials Science and Processing, vol. 122, (no. 12)
  • Artesani A.

    Photoluminescence properties of zinc white: an insight into trap state levels of historical samples

    SIF 102° National Congress

Scientific Talks

  • 2019
  • Artesani A.

    Tailored experiments for in‐depth study of metal‐based pigments

  • 2018
  • Artesani A.

    Multi-analytical microscopic approach for investigation of painting materials

  • Artesani A.

    Novel strategy for the study of modern paint degradation

  • 2017
  • Artesani A.

    Advanced technique of photoluminescence microscopy for the analysis of precious semiconductor-based paint layers

  • Artesani A.

    Time resolved photoluminescence spectroscopy for investigation of semiconductor modern pigments

  • Artesani A.

    Zinc white: an overview of its photoluminescence properties as fresh and aged paint

  • 2016
  • Artesani A.

    Photoluminescence properties of zinc white: an insight into trap state levels of historical samples