Examinations on small bronze items from the Hallstatt period burial ground at Mitterkirchen in Upper Austria

Abstract A partially destroyed burial ground from the Hallstatt period in the area of Mitterkirchen in Upper Austria was archaeologically investigated. The graves are dated to the Hallstatt C period corresponding to the 8 th /7 th century BC. Two triangular-headed nails and two lamellar “Buckel” (domed bronze plates) made of Sn-bronze were available for material investigations. One of each was subjected to metallographic examinations. The triangular-headed nail’s bronze contains about 15 wt. %Sn. The dendritic cast structure and the eutectoid phase Cu 41 Sn 11 are clearly visible. What is noticeable is that a Cu 41 Sn 11 layer formed in some areas of the surface. The lamellar Buckel’s microstructure is recrystallized and exhibits only a few deformation twins. Its bronze contains about 13 wt. %Sn. Hence, only very little Cu 41 Sn 11 is present. Elongated Cu 2 S precipitates indicate that the initial sheet was manufactured by fine forging.

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Publication Details

Journal
Practical Metallography
Published
2024-08-01
DOI
https://doi.org/10.1515/pm-2024-0062
Citations
4
Primary Topic
Corrosion Behavior and Inhibition
Type
article
Field-Weighted Citation Impact
0.47
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article

Examinations on small bronze items from the Hallstatt period burial ground at Mitterkirchen in Upper Austria

Susanne Strobl, Roland Haubner, Jutta Leskovar
4 citations
Practical Metallography
Corrosion Behavior and Inhibition
0.47
article

Examinations on small bronze items from the Hallstatt period burial ground at Mitterkirchen in Upper Austria

Susanne Strobl, Roland Haubner, Jutta Leskovar
article en
4 citations

Abstract

Abstract A partially destroyed burial ground from the Hallstatt period in the area of Mitterkirchen in Upper Austria was archaeologically investigated. The graves are dated to the Hallstatt C period corresponding to the 8 th /7 th century BC. Two triangular-headed nails and two lamellar “Buckel” (domed bronze plates) made of Sn-bronze were available for material investigations. One of each was subjected to metallographic examinations. The triangular-headed nail’s bronze contains about 15 wt. %Sn. The dendritic cast structure and the eutectoid phase Cu 41 Sn 11 are clearly visible. What is noticeable is that a Cu 41 Sn 11 layer formed in some areas of the surface. The lamellar Buckel’s microstructure is recrystallized and exhibits only a few deformation twins. Its bronze contains about 13 wt. %Sn. Hence, only very little Cu 41 Sn 11 is present. Elongated Cu 2 S precipitates indicate that the initial sheet was manufactured by fine forging.

Practical MetallographyVol. 61(9-10)
TU Wien (AT), Landesmuseum Kärnten (AT)
Sustainable cities and communities
Openalex Percentile: Top 39%
Corrosion Behavior and Inhibition
0.47
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