- MACLEOD, I. D., 'The effects of concretion on the corrosion of non-ferrous metals' Corrosion Australasia 10 (4) (1985) 10–13.
- MACLEOD, I. D., and NORTH, N. A., 'Corrosion of metals' in Conservation of Marine Archaeo-logical Objects, ed. C. PEARSON, Butterworths, London (1987) 68-98.
- HENDERSON, G. J., ‘The American China Trader Rapid (1811)’, The Great Circle 3 (1981) 125–132.
- MACLEOD, I. D., and KILLINGLEY, J. S., ‘The use of barnacles to establish past temperatures on historic shipwrecks’, International Journal of Nautical Archaeology and Underwater Exploration 11 (1982) 249–252.
- ROBINSON, B. W., and NICKEL, E. H., ‘A useful new technique for mineralogy: the back-scattered electron/low vacuum mode of SEM operation’, American Mineralogist 64 (1979) 1322-1328.
- JANZ, G. J., and TANIGUCHI, H., ‘The silver-silver halide electrodes-preparation, stability, reproducibility and standard potentials in aqueous and non-aqueous media’, Chemical Reviews 53 (1953) 397–438.
- MACLEOD, I. D., and PITRUN, M., 'The effects of microstructure on long-term corrosion' in Australasian Corrosion Association, Proceedings Conference 26, Adelaide (1986) Vol. II, Symposium II, 1-15.
- MACLEOD, I. D., ‘The formation of marine con-cretions on copper and its alloys’, International Journal of Nautical Archaeology and Under-water Exploration 11 (1982) 267–275.
- MACLEOD, I. D., ‘Shipwrecks and applied electrochemistry’, Journal of Electroanalytical Chemistry and Interfacial Electrochemistry 118 (1981) 291–303.
- MACLEOD, I. D., 'Environmental effects on ship-wreck material from analysis of marine con-cretions' in Archaeometry: An Australasian Perspective, eds. W. AMBROSE and P. DUERDIN, ANU Press, Canberra (1982) 361-367.
- MOR, E. D., and BECCARIA, A. M., 'Effects of hydrostatic pressure on the corrosion of copper in sea water', British Corrosion Journal 13 (1978) 142–146.
- MACLEOD, I. D., and NORTH, N. A., ‘Conser-vation of a composite cannon (Batavia, 1629)’, International Journal of Nautical Archaeology and Underwater Exploration 11 (1982) 213–219.
- OISHI, K., TSUJI, T., and WATANABE, Y., 'Behav-iour of various elements in dezincification layer examined by means of X-ray micro-analyzer (XMA)' in Proceedings of the International Symposium on the Corrosion of Copper and Copper Alloys in Buildings, JCDA, Tokyo (1982) 256-269.
- MULLER, S. C., KAI, S., and Ross, J., ‘Curiosities in periodic precipitation patterns’, Science 216 (1982) 635–637.
- MACLEOD, I. D., NORTH, N. A., and BEEGLE, C. J., 'The excavation, analysis and conservation of shipwreck sites' in Preventive Measures dur-ing Excavation and Site Protection, ICCROM, Rome (1986) 113-132.
- RICHARDS, V. L., 'The interaction of metal ions with waterlogged archaeological timbers-characterisation of degradation products and mechanism’, in preparation.
- TAYLOR, R. J., and MACLEOD, I. D., ‘Corrosion of bronzes on shipwrecks: a comparison of corrosion rates deduced from shipwreck material and from electrochemical methods’, Corrosion 41 (1985) 100–104.
- MACLEOD, I. D., ‘A genuine sixteenth century forged coin’, The Bulletin of the Australian Institute for Maritime Archaeology 8 (2) (1984) 1–9.
- BECCARIA, A. M., MOR, E. D., BRUNO, G., and POGGI, G., ‘Corrosion of lead in sea water’. British Corrosion Journal 17 (1982) 87–91.
- MACLEOD, I. D., and PITRUN, M., 'Me14110-graphy of copper and its alloys recovered from nineteenth century shipwrecks' in Archaeo-metry: Australasian Studies 1988, ed. J. R. PRESCOTT, University of Adelaide (1988) 121-130.
- PAYNE, G. H., 'Report on two corrosion products-Lab.no.28584/74', report to D. TILBROOKE from the Government Chemical Laboratories, Department of Mines, Western Australia, 18 December 1974.
Studies in Conservation
Volume 36, 1991 - Issue 4