The mechanism of the anticorrosive action of calcium-exchanged silica
Tóm tắt
Từ khóa
Tài liệu tham khảo
Meyer G, ‘Uber zinkphosphat und bariumchromat als moderne korrosionsinhibitoren’,Farbe und Lack,69, (7), 528–32, 1963
Romagnoli R, and V F Vetere, ‘Non-pollutant corrosion inhibitive pigments: Zinc phosphate, a review’,Corrosion Reviews,13, (81), 45–64, 1995
Barraclough J, and J B Harrison, “New leadless anti-corrosive primers”,JOCCA,48, (4), 341–55, 1965
del Amo B, R Romagnoli and V F Vetere, ‘Study of the anticorrosive properties of zinc phosphate and zinc molybdenum phosphate in alkyd paints’,Corrosion Reviews,14, (1–2), 121, 1996
Blustein G, B del Amo and R Romagnoli, ‘The influence of the solubility of zinc phosphate pigments on their anticorrosive behaviour’,Pigment & Resin Technology,29, (2), 100–7, 2000
Chromy L and E Kaminska, ‘Non-toxic anticorrosive pigments’,Progress in Organic Coatings,18, (4), 319–24, 1990
Gerhard A and A Bittner, ‘Second generation phosphate anti-corrosive pigments. Formulating rules for full replacement of new anti-corrosive pigments’,JCT,58, (740), 59–65, 1986
Bittner A, ‘Advanced phosphate anticorrosive pigments for compliant primers’,JCT,61, (777), 14–118, 1989
Noguchi T, J Nahono, M Kabayashi, M Nagita, M Kinugasa and M Murakami, ‘Studies on the anticorrosive properties of aluminium triphosphate pigments’,PPCJ,174, (4133), 888–91, 1984
Takashashi M, ‘Characteristics and applications of the triphosphate as a special chemical’,PPCJ, 281–4, 10th April 1984
Deya M C, V F Vetere, R Romagnoli and B del Amo, ‘Aluminum triphosphate pigments for anticorrosive paints’, to be published inPigment & Resin Technology
Vetere V F, M C Deya, R Romagnoli and B del Amo, ‘Calcium tripolyphosphate: an anticorrosive pigment for paints’, accepted for publication inJCT
Svoboda M and J Mleziva, ‘Properties of coatings determined by anticorrosive pigments’,Progress in Organic Coatings,12, 251–97, 1984
Sekine I, and K, Sakaguchi, ‘Effects of pigment composition on corrosion protection by ferrite paint films’,Corrosion Engineering,38, 3–12, 1989
Kalendová A, ‘Alkalising and neutralising effects of anticorrosive pigments containing Zn, Mg, Ca and Sr cations’,Progress in Organic Coatings,38, 199–206, 1999
Haagenson K A and R T Ross, ‘Modified barium metaborate: a non-lead, non-chromate corrosion inhibitor for alkyd paint’,Pigment & Resin Technology,8, (7), 5–13, 1979
Skoulikidis Th N and P Vassiliou, ‘New anticorrosive paints’, 6th International Congress on Marine Corrosion and Fouling, Proceedings, 335–46, Athens, 5th to 8th September 1984
Leidheiser H, Jr ‘Mechanism of corrosion inhibition with special attention to inhibitors in organic coatings’,JCT,53, (678), 29–39, 1981
Fletcher T, ‘Ion exchange pigments for anticorrosive coatings’,European Coatings Journal,9, 553–63, 1991
Goldie B P F, ‘Calcium-exchanged silica anti-corrosion pigment: A review’,JOCCA,9, 257, 1988
Fletcher T, ‘La technologia dello scambio ionico nella protezione anticorrosiva’,Piture e Vernici,64, (1), 29–45, 1988
Giúdice C A, J C Benítez and V J D Rascio, ‘Study of variables which affect dispersion of antifouling paints in ball mills’,JOCCA,63, (4), 153–8, 1980
Sadtler Research Laboratories. The Sadtler Standard Spectra. Inorganic and Related Compounds,1–4, Sadtler Research Laboratories (Researchers, Editors and Publishers), Division of Bio-Rad Laboratories Inc., Philadelphia, PA, 1976
Vasconcellos L W, I C P Margarit, O R Mattos, F L Fragata and A S B Sombra, ‘Inhibitory properties of calcium-exchanged silica epoxy paintings’,Corrosion Science,43, 2291, 2001
Bennet M, M Houlton and R Hawes, ‘The improvement by a CVD silica coating of the oxidation behaviour of a 20%Cr/25%Ni niobium stabilised stainless steel in carbon dioxide’,Corrosion Science,22, (2), 111, 1982