This limited facsimile edition has been issued for purpose of keeping this title avalaible to the scientific community.

'Chemical Principles of Textile Conservation' provides must-have knowledge for conservators who do not always have a scientific background. This vital book brings together from many sources the material science necessary to understand the properties, deterioration and investigation of textile artefacts. It also aids understanding of the chemical processes during various treatments, such as: cleaning; humidification; drying; disinfestation; disinfection; and the use of adhesives and consolidants in conservation of historical textiles. Textile conservators will now have ready access to the necessary knowledge to understand the chemistry of the objects they are asked to treat and to make informed decisions about how to preserve textiles. The combination of a chemist and a conservator provides the perfect authorial team. It ensures a unique dual function of the text which provides textile conservators with vital chemical knowledge and gives scientists an understanding of textile conservation necessary to direct their research. The many practical examples and case studies illustrate the utility of the relatively large chemical introduction and the essential chemical information which is included. The case studies, many illustrated in colour, range from the treatment of the Ghandis' clothes, high-altitude flying suits and a Mary Quant raincoat, to the Hungarian Coronation Mantle.

Based on original contributions by specialists, this manual covers both the theory and the practice required in the management of museums. It is intended for all museum and art gallery profession staff, and includes sections on new technology, marketing, volunteers and museum libraries.

The impact of light on works of art and archival materials has long been an issue of concern to conservators and other museum professionals, yet the literature on this subject has never been systematically reviewed. This volume fills that gap by providing a survey of the impact of exposure to light with an emphasis on photoflash and reprographic sources. The information provided will assist the professional audience, especially conservators and collections managers, in assessing the risk to art and archival objects of such exposures. The text surveys relevant photophysical and photochemical principles, photometric and radiometric measurement, and the spectral outputs of several light sources. Materials discussed include colorants and natural fibers; pulp, paper, and wood; natural and synthetic polymers; fluorescent whitening agents; photographic and reprographic materials; and objects containing combinations of materials. Approximations and assumptions used in the evaluation process are discussed in some detail, with examples of the different types of calculations. The Research in Conservation reference series presents the findings of research conducted by the Getty Conservation Institute and its individual and institutional research partners, as well as state-of-the-art reviews of conservation literature. Each volume covers a topic of current interest to conservators and conservation scientists.

The chemical study of archaeological materials Archaeological Chemistry, Second Edition is about the application of the chemical sciences to the study of ancient man and his material activities. The text of the book centers on the use of chemical methods, but also refers to the contributions of physics, biology, and genetics to archaeological research. Subjects discussed in the book include the determination of the nature of ancient materials, their provenance and age, the technologies used for the production of man-made materials, and the analysis of ancient human and animal remains (such as bone, dried blood, and coprolites), which yields information on ancient diets, kinship, habitancy, and migratory patterns. New developments in analytical chemistry and in related disciplines, which have contributed to archaeological research since the first edition of the book was published, are dealt with in this edition, which also includes: * Updated information on the study of the nature, age, and provenance of ancient materials * New sections on organic, biological and genetic studies * Glossary * Extensive bibliography The book is intended primarily for archaeologists, physical anthropologists and students of archaeology and physical anthropology, but will also be of use to conservators, curators, and art historians. Natural scientists reading it will become acquainted with advances in archaeological research which were made possible only by the application of chemical, physical, and biological methods and techniques.

Conservation of Easel Paintings is the first comprehensive text on the history, philosophy, and methods of treatment of easel paintings that combines both theory with practice. With contributions from an international group of experts and interviews with important artists, this volume provides an all-encompassing guide to necessary background knowledge in technical art history, artists' materials, scientific methods of examination and documentation, with sections that present varying approaches and methods for treatment, including consolidation, lining, cleaning, retouching, and varnishing. The book concludes with a section featuring issues of preventive conservation, storage, shipping, exhibition, lighting, safety issues, and public outreach. Conservation of Easel Paintings is a crucial resource in the training of conservation students and will provide generations of practicing paintings conservators and interested art historians, curators, directors, collectors, dealers, artists, and students of art and art history with invaluable information and guidance.

Handbook for Museums is the definitive guide of need-to-know information essential for working in the museum world. Presenting a field-tested guide to best practice, the Handbook is formed around a commitment to professionalism in museum practice. The sections provide information on management, security, conservation and education. Including technical notes and international reading lists too, Handbook for Museusms is an excellent manual for managing and training.

A definitve guide to best practice in museums, at a time in which all museums require ever more innovative solutions to processes of interpreting the world's cultural and scientific heritage.

The physics and materials science behind paintings: the pigments, binders, canvas, and varnish that go into making a painting appear the way it does. The text discusses the physical principles behind the colors seen and how these change with illumination, the various types of paint and binders used in both old and modern paintings, and the optics and microscopic structure of paint films. Chapters on dating, binders, and dendochronology have been contributed by experts in the respective fields.

This book is an interdisciplinary synthesis and interpretation about the experience of light as revealed in a wide range of art and literature from Paleolithic to Roman times. Humanistic in spirit and in its handling of facts, it marshals a substantial body of scholarship to develop an explication of light as a central, even dramatic, reality of human existence and experience in diverse cultural settings. David S. Herrstrom underscores our intimacy with light—not only its constant presence in our life but its insinuating character. Focusing on our encounters with light and ways of making sense of these, this book is concerned with the personal and cultural impact of light, exploring our resistance to and acceptance of light. Its approach is unique. The book’s true subject is the individual’s relationship with light, rather than the investigation of light’s essential nature. Ittells the story of light seducing individuals down through the ages. Consequently, it is not concerned with the “progress” of scientific inquiries into the physical properties and behavior of light (optical science), but rather with subjective reactions to it as reflected in art (Paleolithic through Roman), architecture (Egyptian, Grecian, Roman), mythology and religion (Paleolithic, Egyptian), and literature (e.g., Akhenaten, Plato, Aeschylus, Lucretius, John the Evangelist, Plotinus, and Augustine). This book celebrates the complexity of our relation to light’s character. No individual experience of light is “truer” than any other; none improves on any previous experience of light’s “tidal pull” on us. And the wondrous variety of these encounters has yielded a richly layered tapestry of human experience. By its broad scope and interdisciplinary approach, this pioneering book is without precedent.