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PhD student, University College London
Project Title
Characterising marine archaeological iron degradation and the efficacy of treatments to date: worth a shot.
Background & Summary of Project
Iron, if left to its own devices, corrodes. This observation may seem obvious, but it is governed by a series of complex chemical reactions. Studies have pointed towards a link between corrosion and chlorine, and current conservation methods focus on removing chlorine ions using a number of desalination techniques. Owing to the unique nature of archaeological artefacts, comparing these treatments and assessing their effectiveness has been difficult. In this project, many issues will be overcome by studying the 1,000+ examples of iron shot recovered from the wreckage of the Tudor warship the Mary Rose.
Partners
Publications
Simon, Hayley & Cibin, Giannantonio & Robbins, Phil & Day, Sarah & Tang, Chiu & Freestone, Ian & Schofield, Eleanor. (2018). A Synchrotron-Based Study of the Mary Rose Iron Cannonballs. Angewandte Chemie International Edition. 57.
Simon, H.J., Cibin, G., Reinhard, C., Liu, Y., Schofield, E., Freestone, I.C., 2019. Influence of microstructure on the corrosion of archaeological iron observed using 3D synchrotron micro-tomography. Corros. Sci. 159, 108132.
Simon, Hayley., Cibin, Giannantonio., Freestone, Ian and Schofield, Eleanor (2021). "Fe K-edge x-ray absorption spectroscopy of corrosion phases of archaeological iron: results, limitations, and the need for complementary techniques." Journal of Physics: Condensed Matter 33(34): 344002.
