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As part of the INSTAP Archaeological Excavation Manual series, Thin-Section Petrography of Ceramic Materials provides a concise overview of the history and application of the practice while detailing how this type of petrographic analysis can benefit archaeologists in the field. When thin-section analysis is employed as part of a thorough, multi-disciplinary study of ceramic materials, it provides a wealth of additional interpretative data to archaeologists, allowing for more accurate interpretations of the past, especially regarding pottery production, provenance, variations in technology over time and space, exchange networks on local and non-local scales, and even social issues such as choices of both manufacturers and consumers and traditions of manufacture.
Petrology in archaeology. --- Ceramics --- Ceramic technology --- Industrial ceramics --- Keramics --- Building materials --- Chemistry, Technical --- Clay --- Petroarchaeology --- Archaeological chemistry --- Archaeology --- Analysis. --- Methodology --- Petrology in archaeology --- Analysis --- E-books --- Ceramics - Analysis --- Pétrologie en archéologie --- Céramique industrielle --- Analyse
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Solid state physics --- Ceramics --- Céramique industrielle --- Analysis --- Analyse --- -Ceramic technology --- Industrial ceramics --- Keramics --- Building materials --- Chemistry, Technical --- Clay --- -Analysis --- Céramique industrielle --- Ceramic technology --- MICROSTRUCTURE --- GRAIN SIZE --- POWDERS --- CERAMICS --- Monograph --- Microstructure. --- Powders. --- Ceramics. --- Powder --- Bulk solids --- Crystals --- Materials --- Matter --- Morphology --- Micromechanics --- Stereology --- Constitution --- Ceramics - Analysis
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Ceramics --- Silicates --- Analysis --- 546.284:543 --- -Silicates --- -Oxygen compounds --- Silicon compounds --- Ceramic technology --- Industrial ceramics --- Keramics --- Building materials --- Chemistry, Technical --- Clay --- Silicic anhydride and its derivatives. Silicates-:-Analytical chemistry --- Analysis. --- -Silicic anhydride and its derivatives. Silicates-:-Analytical chemistry --- 546.284:543 Silicic anhydride and its derivatives. Silicates-:-Analytical chemistry --- -Ceramic technology --- Oxygen compounds --- Ceramics - Analysis --- Silicates - Analysis
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Pottery is the most ubiquitous find in most historical archaeological excavations and serves as the basis for much research in the discipline. But it is not only its frequency that makes it a prime dataset for such research, it is also that pottery embeds many dimensions of the human experience, ranging from the purely technical to the eminently symbolic. The aim of this book is to provide a cutting-edge theoretical and methodological framework, as well as a practical guide, for archaeologists, students and researchers to study ceramic assemblages. As opposed to the conventional typological approach, which focuses on vessel shape and assumed function with the main goal of establishing a chronological sequence, the proposed framework is based on the technological approach. Such an approach utilizes the concept of chaîne opératoire, which is geared to an anthropological interpretation of archaeological objects. The author offers a sound theoretical background accompanied by an original research strategy whose presentation is at the heart of this book. This research strategy is presented in successive chapters that are geared to explain not only how to study archaeological assemblages, but also why the proposed methods are essential for achieving ambitious interpretive goals. In the heated debate on the equation stating that “pots equal people”, which is a rather fuzzy reference to assumed relationships between (mostly) ethnic groups and pottery, technology enables us to propose with conviction the equation “pots equal potters”. In this way, a well-founded history of potters is able to achieve a much better cultural and anthropological understanding of ancient societies.
Archaeological assemblages --- Pottery --- Pottery, Prehistoric --- Pottery, Ancient --- Ceramics --- Archaeology --- Technological innovations --- History --- Analysis --- Methodology --- Archaeology. --- Archeology --- Anthropology --- Auxiliary sciences of history --- Antiquities --- Analysis. --- Prehistoric pottery --- Industries, Primitive --- Pottery craft --- Pottery - Technological innovations - History --- Pottery, Prehistoric - Analysis --- Pottery, Ancient - Analysis --- Ceramics - Analysis --- Archaeology - Methodology
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Anorganische verbindingen --- Composés inorganiques --- Compounds [Inorganic ] --- Inorganic chemicals --- Inorganic compounds --- Verbindingen [Anorganische ] --- Archaeological chemistry --- Archaeology --- Glass manufacture --- Pottery --- Metal-work --- Stone implements --- Chimie archéologique --- Archéologie --- Verre --- Céramique --- Métaux, Travail des --- Outils de pierre --- Methodology --- Analysis --- Méthodologie --- Fabrication --- Analyse --- Ceramics --- Chimie archéologique --- Archéologie --- Céramique --- Métaux, Travail des --- Méthodologie --- Analysis. --- Methodology. --- Archaeological chemistry - Methodology --- Archaeology - Methodology --- Ceramics - Analysis --- Metal-work - Analysis --- Stone implements - Analysis
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Petrology in archaeology. --- Ceramics --- Pottery. --- Pétrologie en archéologie --- Céramique industrielle --- Céramique --- Analysis. --- Analyse --- Petrology in archaeology --- Pottery --- Analysis --- Rocks. Minerals --- archaeological objects --- research [function] --- petrography --- thin sections --- Archeology --- Pétrologie en archéologie --- Céramique industrielle --- Céramique --- Ceramic art --- Ceramics (Art) --- Chinaware --- Crockery --- Earthenware --- Pottery, Primitive --- Decorative arts --- House furnishings --- Firing (Ceramics) --- Saggers --- Petroarchaeology --- Archaeological chemistry --- Archaeology --- Ceramic technology --- Industrial ceramics --- Keramics --- Building materials --- Chemistry, Technical --- Clay --- Methodology --- Ceramics - Analysis
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