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Rodrigues, A., Fearn S., Palomar T., & Vilarigues M. (2018).  Early stages of surface alteration of soda-rich-silicate glasses in the museum environment. Corrosion Science. 143, 362 - 375. AbstractWebsite

This paper studied the alteration of three soda-rich-silicate glass types (Cristallo, façon-de-Venise and soda-lime silicate). Replica samples were exposed to different environments simulating museum-like conditions – room temperature and different relative humidities (RH). Results were analysed by SIMS, μ-FTIR, Optical Microscopy and Optical 3D profilometry. Cristallo appears as the most vulnerable, whilst the soda-lime glass appears as the most resistant to the environmental deterioration. The thickness of the altered layer is proportional to the time of exposure and to the RH of the surrounding atmosphere. From the results obtained, the glass composition and the water available and adsorbed to the surface strongly influence the kinetics of the surface alteration.

Palomar, T., Chabas A., Bastidas D. M., de la Fuente D., & Verney-Carron A. (2017).  Effect of marine aerosols on the alteration of silicate glasses. Journal of Non-Crystalline Solids. 471, 328 - 337., 2017 AbstractWebsite
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Vilarigues, M., & da Silva R. C. (2009).  The effect of Mn, Fe and Cu ions on potash-glass corrosion. 355(31), 1630 - 1637., 2009 AbstractWebsite
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Delgado, J. M., Nunes D., Fortunato E., Laia C. A. T., Branco L. C., & Vilarigues M. (2017).  The effect of three luminescent ionic liquids on corroded glass surfaces – A first step into stained-glass cleaning. Corrosion Science. 118, 109 - 117., 2017 AbstractWebsite
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Machado, A. (2010).  Estudo de um vitral quatrocentista do Mosteiro de Santa Maria da Vitória, Batalha: caracterização, fenómenos de degradação e processos de limpeza com Líquidos Iónicos. , Lisbon Abstract

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Vilarigues, M. (2008).  Estudo do efeito da adição de iões metálicos na corrosão de vidros. Abstract

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