Analytical Chemistry in Archaeology - Practical Introductory Manual

In this review of Analytical Chemistry in Archaeology the author team provides a concise, approachable manual aimed at archaeologists and students who need to understand the chemistry behind laboratory techniques. The bottom line: it is for readers seeking clear explanations of how instruments work and how to produce reliable data rather than a deep specialist treatise. The manual explains key terminology, outlines procedures to obtain good data and describes instrument function, making it a practical reference for field scientists and lab beginners.

Key Features

• Fundamental chemistry explained: Chapters cover the basic chemistry and physics needed to understand analytical methods, helping non-chemists read results with confidence.
• Technique-focused chapters: Detailed sections on Atomic Absorption, Inductively Coupled Plasma Emission Spectroscopy and Neutron Activation Analysis explain operation and typical applications in archaeology.
• Instrument guidance: The book describes the function of basic instrumentation so readers can appreciate practical limitations and maintenance concerns.
• Spectroscopy coverage: Infra-red and Raman spectroscopy chapters give a clear introduction to molecular techniques relevant for organic and mineral analysis.
• Mass spectrometry and microscopy: Mass spectrometry and electron microscopy are presented with enough detail to understand sample preparation and data interpretation.

Who It's For

The manual is best for undergraduate and graduate students in archaeology, curators and field archaeologists who need a practical grounding in laboratory techniques and the chemistry behind them. Anyone who must commission analyses or interpret analytical reports will find the clear explanations helpful.

It is less suitable for professional analytical chemists looking for exhaustive instrument protocols, advanced calibration mathematics, or highly technical operating procedures. For those users, specialized instrumentation texts and manufacturer manuals remain necessary.

Pros & Cons

Pros

• Clear, accessible introduction to the core chemistry and physics relevant to archaeological analysis.
• Covers a broad range of techniques so readers can compare methods and choose appropriate approaches for different materials.
• Practical focus on producing good data and understanding instrument function makes it useful as a field-to-lab bridge.

Cons

• Not a replacement for detailed analytical protocols or advanced instrument calibration guidance.

Specifications

Our Verdict

Analytical Chemistry in Archaeology is a practical, well-organized introduction for archaeologists who need to understand analytical methods and their limitations. It delivers good value as a single-volume primer that bridges field questions and laboratory practice, though users requiring exhaustive instrument protocols will need supplementary technical manuals.

Frequently Asked Questions

Does this book teach how to run instruments?
The book describes instrument function and practical considerations but does not replace manufacturer manuals or hands-on training for operating equipment.

Is this suitable for beginners?
Yes; the manual targets students and non-specialist practitioners and explains core chemistry and terminology from first principles.

Which analytical techniques are included?
Chapters cover Atomic Absorption, ICP Emission, Neutron Activation Analysis, XRF, Electron Microscopy, IR and Raman Spectroscopy, and Mass Spectrometry.