»
Colorants for Non-Textile Applications
 
 

Colorants for Non-Textile Applications, 1st Edition

 
Colorants for Non-Textile Applications, 1st Edition,H.S. Freeman,A.T. Peters,ISBN9780444828880
 
 
 

Freeman   &   Peters   

Elsevier Science

9780444828880

636

Print Book

Hardcover

In Stock

Estimated Delivery Time
USD 420.00
 
 

Description

This volume examines the chemistry of natural and synthetic dyes produced for non-textile markets, where much new basic research in color chemistry is now taking place.

The first group of chapters covers the design, synthesis, properties and application technology pertaining to dyes for digital printing and photography. The reader will be pleased with the breadth and depth of information presented in each case. Of particular interest is the discussion of strategies for the design of dyes in these categories, with emphasis on enhancing technical properties. In view of certain new developments, the ink-jet chapter includes results from studies pertaining to dyes for textiles.

The three chapters comprising Section II of this volume cover the broad subject of dyes for food, drug and cosmetic applications and then provide an in-depth look at dyes for biomedical applications and molecular recognition. The chapter on dyes for molecular recognition places emphasis on applications in the biological sciences, including sensory materials and artificial receptors. While the former two topics have been covered elsewhere in the past, the present chapters are unequalled in scope.

Section III provides an in-depth review of the design of laser dyes and dye-based functional materials. In the first of the two chapters, the major principles of laser operation are summarized. This is followed by a discussion of spectroscopic properties, such as activation and deactivation of absorbed light by laser dyes. Approaches to the development of new laser dyes are presented. The second chapter pertains to the synthesis of dicyanopyrazine-based multifunctional dyes. The visible and fluorescence spectra of these dyes in solution and the solid state are correlated with their three-dimensional molecular structures. Molecular stacking behavior and solid state properties of these "multifunctional" dye materials are presented.

The final group of chapters pertains to natural dyes and dyes for natural substrates. In recent years, the impression among certain consumers that "natural" is better/safer has generated much interest in the use of natural dyes rather than synthetics. This has led to a few short discussion papers in which the environmental advantages to using natural dyes have been questioned. The initial chapter in this group provides both a historical look at natural dyes and a comprehensive compilation of natural dye structures and their sources. Though natural dyes are of interest as colorants for textiles, selected ones are used primarily in food and cosmetics.

Chapter ten provides an update on the author's previous reviews of structure-color-relationships among precursors employed in the coloration of hair. Chemical constitutions characterizing hair dye structures are presented, along with a summary of available precursors and their environmental properties. Similarly, the chapter on leather dyes covers constitutions and nomenclature, in addition to providing interesting perspectives on the origin and use of leather, the dyeing of leather, and key environmental issues.

This volume is concluded with another look at colors in nature. In this case, rather than revisiting colors in plant life, an interesting chapter dealing with color in the absence of colorants is presented. Chapter twelve covers basic concepts of color science and illustrates how 3-D assemblies leading to a plethora of colors are handled in nature. It is our hope that this atypical "color chemistry" chapter will invoke ideas that lead to the design of useful colorants.

The chapters presented in this volume demonstrate that color chemistry still has much to offer individuals with inquiring minds who are searching for a career path. This work highlights the creativity of today's color chemists and the wide variety of interesting non-textile areas from which a career can be launched.

Readership

For color scientists and chemists with an interest in dyes, pigments and paints.

H.S. Freeman

Affiliations and Expertise

Department of Textile Engineering, Chemistry and Science, North Carolina State University, Raleigh, NC 27695-8302, USA

A.T. Peters

Affiliations and Expertise

Chemical and Forensic Sciences, University of Bradford, Bradford BD7 1DP, UK

Colorants for Non-Textile Applications, 1st Edition

Preface. Contributors. Printing and Imaging Technologies. Dyes for Ink Jet Printing (K. Carr). Thermal Transfer Printing (R. Bradbury). Dyes used in Photography (D. Waller et al.). FD&C and Medical Dyes. Color Additives for Foods, Drugs, and Cosmetics (J.F. Senackerib). Biomedical Application of Dyes (J.C.V. Pais de Moura). Functional Dyes Directed for Molecular Recognition: Chromogenic and Fluorescent Receptors (M. Inouye). Functional Materials. Laser Dyes: Structure and Spectroscopic Properties (T.G. Pavlopoulos). Multifunctional Dye Materials from New Dicyanopyrazine Chromophores (M. Matsuoka). Natural Color/Substrates. Natural Dyes (A.G. Püntener, U. Schlesinger). Synthetic Dyes for Human Hair (J.F. Corbett). Leather Dyes (A.G. Püntener). Structural Colors: Nano-optics in the Biological World (M. Srinivasarao). Index.
 
 
Discount on all Earth,Environment and Energy Titles | Use Promo Code EARTH
Shop with Confidence

Free Shipping around the world
▪ Broad range of products
▪ 30 days return policy
FAQ