Ceramic Petrographic Thin Sections

The interpretation of archaeological pottery and related artefacts in thin section.

Ceramic petrographic thin sections.

2013 archaeopress oxford 260 pp color isbn 978 1 905 73959 2 35 paperback. A cover slip is glued onto the exposed surface. Grain mount thin section. Data from the thin section petrographic analysis of archaeological pottery and other ceramic materials such as brick tile daub and clay pipes is not well represented in the published literature.

Ceramic petrography or ceramic petrology is a laboratory based scientific archaeological technique that examines the mineralogical and microstructural composition of ceramics and other inorganic materials under the polarised light microscope in order to interpret aspects of the provenance and technology of artefacts. Professional thin section petrographic and geochemical analysis of archaeological pottery cbm metallurgical ceramics building stone plaster and lithics for the interpretation of provenance and craft technology. Studies focusing on the provenance and manufacturing technology of these types of artefacts rely on the identification of characteristic petrographic. Thin section ceramic petrography is a versatile interdisciplinary analytical tool for the characterization and interpretation of archaeological pottery and related artefacts including ceramic building materials refractories and plaster.

Standard 27x46mm large 3 x2 thin sections. Ceramic petrography analytical service. Using over 200 colour photomicrographs of thin sections from a diverse range of artefacts archaeological. Fundamentally petrography employs techniques borrowed from geology to examine ancient pottery to identify the materials used to manufacture the ceramic objects.

Ceramic thin section petrography petrology archaeology mineralogy. Samples are ground to a thickness of 0 03 mm and mounted on a glass slide. Mary ownby with the petrographic microscope that is specifically designed to examine rock and pottery thin sections. Alternatively non cubic ceramics can be prepared as thin sections also known as petrography for examination by polarized transmitted light microscopy in this technique the specimen is sawed to 1 mm thick glued to a microscope slide and ground or sawed e g by microtome to a thickness x approaching 30 µm.