Workshop proceedings are covered in the 36 chapters of this volume and include reports from eight different countries. These approach the problem not only through the use of corrosion tests but also by the development of deterministic and empirical models that are necessary to extrapolate the behaviour of candidate materials. One session was devoted to an analysis of the long-term corrosion of historical and archaeological artefacts, including the famous Delhi pillar, a striking example of the effect that 1600 years of atmospheric exposure can have on a ferrous metal.

Citation: Prediction of Long Term Corrosion Behaviour in Nuclear Waste Systems (EFC 36) Eds. D. Féron and D MacDonald. European Federation of Corrosion Publications, 2003.

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