Multifocus optical microscopy applied to the study of archaeological metals

Area of Science:

• Archaeometry
• Materials Science
• Optical Microscopy

Background:

• Microscopy is crucial for analyzing cultural metal artifacts, providing insights into manufacturing and degradation.
• Traditional methods may require sample removal, potentially damaging delicate cultural heritage objects.

Purpose of the Study:

• To present the advantages of multifocus imaging techniques in optical microscopy for archaeometallurgy.
• To demonstrate a non-destructive approach for studying the microstructure of archaeological metals.

Main Methods:

• Application of multifocus imaging in optical microscopy.
• Examination of a large collection of bronze artifacts.
• Analysis of mounted samples to study corrosion features.

Main Results:

• Multifocus imaging enables microstructural study without sample removal, preserving cultural objects.
• The technique effectively reveals details of ancient manufacturing processes.
• Detailed examination of corrosion features and 3D reconstruction possibilities were demonstrated.

Conclusions:

• Multifocus imaging microscopy is a valuable non-destructive tool for archaeometallurgical studies.
• This technique enhances the understanding of metal artifact history, manufacturing, and preservation.