Professor Howell GM Edwards has published over 430 research papers in Raman spectroscopy and is on the Editorial Advisory Boards of the Journal of Raman Spectroscopy, Spectrochimica Acta: Biomolecular Spectroscopy, the Internet Journal of Vibrational Spectroscopy and the Asian Journal of Spectroscopy. He has supervised 40 research students for Ph.D degrees. Currently, he has research collaborations with groups in Spain, France, Denmark, Germany, Australia, Brazil and the USA. He has lectured widely on Raman spectroscopy and its applications including Plenary and Invited Lectures in Brazil, Australia, Finland, Denmark, Spain, France, South Africa, U.S.A and Germany. Sponsors of his research work include Bruker (Germany), Stiefel Pharmaceuticals, British Nuclear Fuels plc, ICI, BP, Purolite Intl. (USA), British Antarctic Survey, Repsol (Spain), the British Council and Elf Aquitaine (France). Professor Edwards is also national committee member of the Molecular Spectroscopy Group of the Royal Society of Chemistry and also of the UK Astrobiology Panel. Peter Vandenabeele is Professor of Archaeometry at the University of Ghent, Belgium. His main research interests are the application of Raman and analytical techniques to archaeology and art materials , dyestuffs , wall paintings and ceramics.

• Introduction;Part I. ANALYTICAL METHODS: Introduction;Methods of Visualisation;Vibrational spectroscopy;X-Ray methods;Nuclear techniques;Methods of separation;Mass spectrometry;Electrochemical techniques;Part II. MATERIALS: Ceramics and enamels;Glass;Stone;Gemstones/minerals;Obsidian;Pigments and dyes;Icons and paintings;Metals / corrosion;Biomaterials;Resins, bitumens, tar, coal;Ivory and bones;Wood;Textiles;Contemporary materials;PART III: QUESTIONS: Identification;Authentication;Technology of production;Provenancing;Dating;Degradation and conservation;Dietary reconstruction;Summary;Index

The book gives good guidelines on how to select the.most.appropriate techniques, and covers non-destructive and micro-destructive techniquesThe chapters on different applications, contributed by known experts in eaCh field, are a valuable resource for an archaeometry researcher unfamiliar -with the techniquesdescribed. This multi-authored book is also recommended to students studying for masters in chemical science and conservation science.Analytical Archaeometry covers the most common analytical techniques and procedures applied to art and archaeological objects. clearly presenting their advantages and disadvantages.

Professor Howell GM Edwards has published over 430 research papers in Raman spectroscopy and is on the Editorial Advisory Boards of the Journal of Raman Spectroscopy, Spectrochimica Acta: Biomolecular Spectroscopy, the Internet Journal of Vibrational Spectroscopy and the Asian Journal of Spectroscopy. He has supervised 40 research students for Ph.D degrees. Currently, he has research collaborations with groups in Spain, France, Denmark, Germany, Australia, Brazil and the USA. He has lectured widely on Raman spectroscopy and its applications including Plenary and Invited Lectures in Brazil, Australia, Finland, Denmark, Spain, France, South Africa, U.S.A and Germany. Sponsors of his research work include Bruker (Germany), Stiefel Pharmaceuticals, British Nuclear Fuels plc, ICI, BP, Purolite Intl. (USA), British Antarctic Survey, Repsol (Spain), the British Council and Elf Aquitaine (France). Professor Edwards is also national committee member of the Molecular Spectroscopy Group of the Royal Society of Chemistry and also of the UK Astrobiology Panel. Peter Vandenabeele is Professor of Archaeometry at the University of Ghent, Belgium. His main research interests are the application of Raman and analytical techniques to archaeology and art materials , dyestuffs , wall paintings and ceramics.

• Introduction;Part I. ANALYTICAL METHODS: Introduction;Methods of Visualisation;Vibrational spectroscopy;X-Ray methods;Nuclear techniques;Methods of separation;Mass spectrometry;Electrochemical techniques;Part II. MATERIALS: Ceramics and enamels;Glass;Stone;Gemstones/minerals;Obsidian;Pigments and dyes;Icons and paintings;Metals / corrosion;Biomaterials;Resins, bitumens, tar, coal;Ivory and bones;Wood;Textiles;Contemporary materials;PART III: QUESTIONS: Identification;Authentication;Technology of production;Provenancing;Dating;Degradation and conservation;Dietary reconstruction;Summary;Index

The book gives good guidelines on how to select the.most.appropriate techniques, and covers non-destructive and micro-destructive techniquesThe chapters on different applications, contributed by known experts in eaCh field, are a valuable resource for an archaeometry researcher unfamiliar -with the techniquesdescribed. This multi-authored book is also recommended to students studying for masters in chemical science and conservation science.Analytical Archaeometry covers the most common analytical techniques and procedures applied to art and archaeological objects. clearly presenting their advantages and disadvantages.

Professor Howell GM Edwards has published over 430 research papers in Raman spectroscopy and is on the Editorial Advisory Boards of the Journal of Raman Spectroscopy, Spectrochimica Acta: Biomolecular Spectroscopy, the Internet Journal of Vibrational Spectroscopy and the Asian Journal of Spectroscopy. He has supervised 40 research students for Ph.D degrees. Currently, he has research collaborations with groups in Spain, France, Denmark, Germany, Australia, Brazil and the USA. He has lectured widely on Raman spectroscopy and its applications including Plenary and Invited Lectures in Brazil, Australia, Finland, Denmark, Spain, France, South Africa, U.S.A and Germany. Sponsors of his research work include Bruker (Germany), Stiefel Pharmaceuticals, British Nuclear Fuels plc, ICI, BP, Purolite Intl. (USA), British Antarctic Survey, Repsol (Spain), the British Council and Elf Aquitaine (France). Professor Edwards is also national committee member of the Molecular Spectroscopy Group of the Royal Society of Chemistry and also of the UK Astrobiology Panel. Peter Vandenabeele is Professor of Archaeometry at the University of Ghent, Belgium. His main research interests are the application of Raman and analytical techniques to archaeology and art materials , dyestuffs , wall paintings and ceramics.

• Introduction;Part I. ANALYTICAL METHODS: Introduction;Methods of Visualisation;Vibrational spectroscopy;X-Ray methods;Nuclear techniques;Methods of separation;Mass spectrometry;Electrochemical techniques;Part II. MATERIALS: Ceramics and enamels;Glass;Stone;Gemstones/minerals;Obsidian;Pigments and dyes;Icons and paintings;Metals / corrosion;Biomaterials;Resins, bitumens, tar, coal;Ivory and bones;Wood;Textiles;Contemporary materials;PART III: QUESTIONS: Identification;Authentication;Technology of production;Provenancing;Dating;Degradation and conservation;Dietary reconstruction;Summary;Index

The book gives good guidelines on how to select the.most.appropriate techniques, and covers non-destructive and micro-destructive techniquesThe chapters on different applications, contributed by known experts in eaCh field, are a valuable resource for an archaeometry researcher unfamiliar -with the techniquesdescribed. This multi-authored book is also recommended to students studying for masters in chemical science and conservation science.Analytical Archaeometry covers the most common analytical techniques and procedures applied to art and archaeological objects. clearly presenting their advantages and disadvantages.