Ceramic Analysis: Laboratory Methods [Hardcover]

This Element presents methods to analyse archaeological ceramics, determining origin, material, technology, surface traits or age.This Element, authored by specialists, overviews analytical techniques for examining archaeological ceramics. Pottery, one of the earliest human materials, varies in production, material, form, decoration and function, presenting challenges for archaeologists. It explores methods for determining composition, manufacturing processes, age and more.This Element, authored by specialists, overviews analytical techniques for examining archaeological ceramics. Pottery, one of the earliest human materials, varies in production, material, form, decoration and function, presenting challenges for archaeologists. It explores methods for determining composition, manufacturing processes, age and more.This Element, authored by a team of specialist researchers, provides an overview of the various analytical techniques employed in the laboratory for the examination of archaeological ceramic materials. Pottery represents one of the earliest technical materials used by humans and is arguably the most frequently encountered object in archaeological sites. The original plastic raw material, which is solidified by firing, exhibits a wide range of variations in terms of production methods, material, form, decoration and function. This frequently presents significant challenges for archaeologists. In modern laboratories, a variety of archaeometric measurement methods are available for addressing a wide range of archaeological questions. Examples of these include determining the composition of archaeological materials, elucidating the processes involved in manufacturing and decoration, estimating the age of archaeological material, and much more. The six sections present available methods for analysing pottery, along with an exploration of their potential application.1. Introduction Irmgard Hein and Michaela Schauer; 2. Visualization Methods, Microstructural, MinlS1