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Further reading

Turgoose, S. (1982) Post-Excavation Changes in Iron Antiquities,Studies in Conservation, 27: 97-101

Turgoose, S. (1982) The nature of surviving iron objects, in Conservation of Iron: Maritime Monographs and Reports No. 53, ed. R.W. Clarke and S.M. Blackshaw, National Maritime Museum, London, 1-7

Watkinson, D. (1982) An assessment of lithium hydroxide and sodium hydroxide treatments for archaeological ironwork, in Conservation of Iron: Maritime Monographs and Reports No. 53, ed. R.W. Clarke and S.M. Blackshaw, National Maritime Museum, London, 28-40

Watkinson, D. (1983)Degree of mineralization: its significance for the stability and treatment of excavated ironwork,Studies in Conservation, 28: 85-90

Turgoose, S. (1985)The corrosion of archaeological iron during burial and treatment, Studies in Conservation, 30: 13-18

Watkinson, D. (1996) Chloride extraction from archaeological iron: comparative treatment efficiencies, in Archaeological Conservation and its Consequences: Preprints of the Contribution to the Copenhagen Congress, 26-30 August 1996, ed. A. Roy and P. Smith, International Institute for Conservation, London, 208-212

Al-Zahrani, A.A. (1999) Chloride ion removal from archaeological iron and beta-FeOOH, PhD Thesis,  University of Wales, Cardiff

Watkinson, D. and M. Lewis (2004) ss Great Britain iron hull: modeling corrosion to define storage relative humidity, in Metal 04: Proceedings of the International Conference on Metals Conservation, ed. J. Ashton and D. Hallam, National Museum of Australia, Canberra, 88-103

Watkinson, D. and M.R.T. Lewis (2005) The Role of beta-FeOOH in the Corrosion of Archaeological Iron, in Materials Issues in Art and Archaeology VII, ed. P.B. Vandiver, J.L. Mass, and A. Murray, Materials Research Society of America Symposium, Warrendale, PA, 103-114

Watkinson, D. and M.R.T. Lewis (2005) Desiccated Storage of Chloride-Contaminated Archaeological Iron Objects, Studies in Conservation, 50: 241-252

Cai, J. P. and S. B. Lyon (2005) A mechanistic study of initial atmospheric corrosion kinetics using electrical resistance sensors, Corrosion Science, 47(12): 2956-2973

Watkinson, D. and A. Al-Zahrani (2008) Towards quantified assessment of aqueous chloride extraction methods for archaeological iron: de-oxygenated treatment environments, The Conservator, 31: 75-86

Watkinson, D. and M. Tanner (2008) SS Great Britain: Conservation and Access - Synergy and Cost, in Conservation and Access: Contributions to the London Congress, 15-19 September 2008, ed. D. Saunders, J.H. Townsend, and S. Woodcock, International Institute for Conservation of Historic and Artistic Works, London, 109-114

Watkinson, D. and M.R.T. Lewis (2008) Desiccated storage of chloride contaminated iron: A study of the effects of loss of environmental control, in Heritage Microbiology and Science: Microbes, Monuments and Maritime Materials (Special Publication 315), ed. E. May, M. Jones, and J. Mitchell, Royal Society of Chemistry, Cambridge, 279-289

Kapatou, E. and S. B. Lyon (2008) An Electrical Resistance Monitor Study of the Post-Excavation Corrosion of Archaeological Iron, Art2008: 9th International Conference on Non-Destructive Testing of Art, Jerusalem, Israel, 25-30 May 2008,, Accessed 9th June 2011

Lewis, M.R.T. (2009) The Influence of Atmospheric Moisture on the Corrosion of Chloride-Contaminated Wrought Iron, PhD Thesis, School of History and Archaeology, Cardiff University

Watkinson, D. (2010) Measuring effectiveness of washing methods for corrosion control of archaeological iron: problems and challenges, Corrosion Engineering, Science and Technology, 45: 400-406

Rimmer, M. and Q. Wang (2010) Assessing the effects of alkaline desalination treatments for archaeological iron using scanning electron microscopy, The British Museum Technical Research Bulletin, 4: 79-86

Rimmer, M.B. (2010) Investigating the treatment of chloride-infested archaeological iron objects, PhD Thesis, School of History and Archaeology, Cardiff University

Rimmer, M. and D. Watkinson (2011) Residues from alkaline sulphite treatment and their potential effect on the corrosion of archaeological iron, in Metal 2010: Interim Meeting of the International Council of Museums Committee for Conservation Metal Working Group, October 11-15 2010, Charleston, South Carolina, USA, ed. P. Mardikian, C. Chemello, C. Watters, and P. Hull, Clemson University, Charleston, SC, 16-23

Rimmer, M., D. Watkinson, and Q. Wang (forthcoming) The efficiency of chloride extraction from archaeological iron objects using deoxygenated alkaline solutions, Studies in Conservation