Sentence examples for archaeological metal from inspiring English sources

Using documentary evidence (including previously unknown manuscripts), place names, soil and peat analysis (to determine where medieval marches existed), and an archaeological metal detecting survey, a team of experts from Britain's main battlefield archaeology organization, The Battlefields Trust, has now succeeded in finding the real location of Bosworth Field.

Archaeological metal, especially iron.

Gerwin, W. & Baumhauer, R. Effect of soil parameters on the corrosion of archaeological metal finds.

The archaeological metal detecting survey is continuing and the battlefield trust hopes to use the emerging evidence to help reconstruct exactly how the battle was conducted.

The study of microstructure in archaeological metal objects is a remarkable and important subject to determine ancient manufacturing techniques in the ancient time.

Based on the results, it can be concluded that SEM-EDS analysis and Microscopy observations can help to characterize compositional difference between corrosion layers in the micro scale as well as corrosion mechanisms occurring in archaeological metal artefacts.

In fact, the conditions of the archaeological metals are the results of interaction between metal/alloy and soil that can be observed only after unearthing the objects.

Identification of corrosion mechanisms and morphology in archaeological metals can help conservators to characterize deterioration occurred in metals and make decisions to protect artefacts about preventing further deterioration.

In recent years, valuable studies have been performed to characterize changes occurring in archaeological metals to understand their corrosion mechanism and morphology as well as conservation conditions [3 8].

The long term burial conditions in soil causes various corrosion morphologies in archaeological metals, from a thin corrosion layer to a completely corroded and mineralized artefact [1, 2].

Archaeological metals suffer different corrosion events during burial time that may lead to formation of different corrosion layers on their surface with variable thicknesses and chemical compositions.