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| Skoulikidis.etal:1961 |
Skoulikidis, Th.; Papakonstantinou-Ziotis, P. (1981): Mechanism of sulphation by atmospheric SO2 of the limestones and marbles of ancient monuments and statues. I. Observations in situ (Acropolis) and laboratory measurements. In: British corrosion journal, 16 (2), 63-69 |
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| Skoulikidis.etal:1977 |
Skoulikidis, Th.; Papakonstantinou, P.; Charalambous, D. (1977): Restauration d'anciens objets d'art en marbre deteriores: inversion de la sulfatation - utilisation de CaSO4 2H2O et transformation en CaCO3. In:: 2nd Int. Symp. Deterior. Building Stones,Universite technique nationale, Athens 171-178. |
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| Skoulikidis.etal:1981 |
Skoulikidis, T.; Charalambous, D. (1981): Mechanism of sulphation by atmospheric SO2 of the limestones and marbles of ancient monuments and statues. II. Hypothesis concerning the rate determining step in the process of sulphation, and its experimental confirmation. In: British corrosion journal, 16 (2), 70-77 |
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| Skoulikidis.etal:1981a |
Skoulikidis, Theodore N.; Beloyannis, Nicolas (1981): Inversion de la sulfatation du marbre; Reconversion en CaCO3 du gypse forme sur les surfaces des monuments et des statues. In: Rossi-Manaresi, Raffaella (eds.): The Conservation of Stone II; Preprints of the contributions to the International Symposium, Bologna 1981,Centro per la conservazione delle sculture all'aperto 545-558. |
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| Skoulikidis.etal:1982 |
Skoulikidis, Th.; Charalambous, D.; Papakonstantinou-Ziotis, P. (1982): Preuves supplementaires pour le modele de la pile galvanique, valable pour la sulfatation des marbres. In: Gauri, K. L.; Gwinn, J. A. (eds.): Proceedings of the Fourth International Congress on the Deterioration and Preservation of Stone Objects, Louisville, July 7-9, 1982,The University of Louisville, Louisville 307-320. |
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| Skoulikidis.etal:1982a |
Skoulikidis, Theodore; Charalambous, D.; Papakonstantinou, P.; Beloyannis, Nicolas (1982): Le mecanisme de la sulfatation des marbres par action de SO2. In: Badan, B. (eds.): 3rd International Congress on the Deterioration and Preservation of Stones, 24-27 October, 1979, Venice, Italy,Universita degli studi. Istituto di chimica industriale, Padova 439-452. |
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| Skoulikidis.etal:1984 |
Skoulikidis, T.; Belloyannis, N. (1984): Inversion of the marble sulfation - reconversion of Gypsum films into Calcite on the surfaces of monument and statues. In: Studies in Conservation, 29 (4), 194-204, Url |
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| Skoulikidis.etal:1984a |
Skoulikidis, Theodore N.; Beloyannis, Nicholas (1984): Inversion of marble sulfation - reconversion of gypsum films into calcite on the surfaces of monuments and statues. In: Studies in Conservation, 29 (4), 197-204, Url |
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| Skoulikidis.etal:1985 |
Skoulikidis, Th.; Charalambous, D. (1985): Preuves pour le modele de la pile galvanique du mecanisme de la sulfatation des marbres. In: Félix, G. (eds.): 5th International Congress on the Deterioration and Conservation of Stone, Lausanne, 1985,Presses Polytechniques Romandes, Lausanne 547-551. |
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| Skoulikidis.etal:1988 |
Skoulikidis, Th.; Charalambous, D.; Kalifatidou, E. (1988): New protective coatings for marble against pollution. In: Ciabach, J. (eds.): Proceedings of the 6th International Congress on Deterioration and Conservation of Stone,Nicholas Copernicus University 534-544. |
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| Skoulikidis.etal:1991 |
Skoulikidis, T.; Koui, M.; Kostoudi, A. (1991): A new non-destructive method to differentiate in situ marble from gypsum and CaCO3 from inversion of gypsum; use of liquid crystals. In: Molecular crystals and liquid crystals, 206 (), 117-121 |
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| Skoulikidis.etal:1999 |
Skoulikidis, Th; Vassiliou, P. (1999): Corrosion and conservation of building materials of monuments; the Acropolis case. In: Corros. Rev., 17 (5), 295-332 |
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| Skoulikidis:1976 |
Skoulikidis, T. (eds.) (1976): 2nd. Int. Symp. on the Deterioration of Building Stones, Universite Technique Nationale, Athens, Greece |
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| Skoulikidis:1983 |
Skoulikidis, Th N. (1983): The effects of atmospheric pollution on the deterioration of ancient monuments. In: Archeologia, 6 (), 43-45 |
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| Skrtic.etal:1991 |
Skrtic, D.; Fillipovic-Vincekovic, N.; Füredi-Milhofer, H. (1991): Crystallization of calcium oxalate in the presence of dodecylammonium chloride. In: Journal of Crystal Growth, 114 (1), 118-126, Url |
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| Slesser:1943 |
Slesser, C. (1943): The migration and effect of frost heave of calcium chloride and sodium chloride in soil; a report of an investigation conducted by the Engineering Experiment Station, Purdue University, in co-operation with the State Highway Commission of Indiana, by Charles Slesser.., Purdue University. |
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| Smith.etal:1983 |
Smith, B. J.; McGreevy, J. P. (1983): A simulation study of salt weathering in hot deserts. In: Geografiska Annaler. Series A: Physical Geography, 65 (), 127-133 |
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| Smith.etal:1987 |
Smith, George I.; Friedman, Irving; McLaughlin, Robert J. (1987): Studies of Quaternary saline lakes. III. Mineral, chemical, and isotopic evidence of salt solution and crystallization processes in Owens Lake, California, 1969-1971. In: Geochim. Cosmochim. Acta, 51 (4), 811-27 |
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| Smith.etal:1988 |
Smith, Bernard; Whalley, Brian; Fassina, Vasco (1988): Elusive solution to monumental decay. Decay of building stones in polluted areas; includes related articles. In: New scientist, 118 (1615), 49-54 |
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| Smith.etal:1995 |
Smith, Gregory R.; Jurinak, Jerome J.; Tanji, Kenneth K.; Burau, Richard G. (1995): Applications of a Pitzer equations-based model to hypersaline solutions. In: SSSA Spec. Publ., 42 (), 113-41 |
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