The Carbon-14 Dating Of Iron
Condition: SECONDHAND
This is a secondhand book. The jacket image is a photograph of the exact copy we have in stock. This image shows the condition of this book. Further condition remarks are below.
Condition remarks:
Book: Good
Jacket: Wear and tear with damage
Pages: Good
At the crossroads of physics and archaeology, The Carbon-14 Dating of Iron presents a groundbreaking scientific methodology that forever changed how researchers reconstruct the human past. Nikolaas J. van der Merwe details the complex technical challenge of applying radiocarbon dating techniques to iron artifacts — a notoriously difficult material due to carbon contamination during smelting — and argues that with rigorous methodology, reliable chronological data can be extracted from ferrous objects. The work addresses a critical gap in archaeological science, offering a systematic framework for dating iron tools, weapons, and structures that had long eluded precise chronological placement. Written with the precision of a scientist and the curiosity of an anthropologist, this study sits at a rare intersection of chemistry, materials science, and cultural history. Van der Merwe's research carries profound implications for the study of Iron Age societies across Africa, Europe, and beyond, providing scholars with a powerful new instrument for dating the spread of ironworking technologies through ancient civilizations. A cornerstone text in archaeological science, it leaves the reader wondering just how many long-held historical timelines may yet need to be rewritten.
Author: Nikolaas J. Van Der Merwe
Format: Hardback
Genre: Science
Condition remarks:
Book: Good
Jacket: Wear and tear with damage
Pages: Good
At the crossroads of physics and archaeology, The Carbon-14 Dating of Iron presents a groundbreaking scientific methodology that forever changed how researchers reconstruct the human past. Nikolaas J. van der Merwe details the complex technical challenge of applying radiocarbon dating techniques to iron artifacts — a notoriously difficult material due to carbon contamination during smelting — and argues that with rigorous methodology, reliable chronological data can be extracted from ferrous objects. The work addresses a critical gap in archaeological science, offering a systematic framework for dating iron tools, weapons, and structures that had long eluded precise chronological placement. Written with the precision of a scientist and the curiosity of an anthropologist, this study sits at a rare intersection of chemistry, materials science, and cultural history. Van der Merwe's research carries profound implications for the study of Iron Age societies across Africa, Europe, and beyond, providing scholars with a powerful new instrument for dating the spread of ironworking technologies through ancient civilizations. A cornerstone text in archaeological science, it leaves the reader wondering just how many long-held historical timelines may yet need to be rewritten.