Seymour Carraher's Polymer Chemistry, Seventh Edition by Charles E. Carraher Jr.

By Charles E. Carraher Jr.

As polymer functions proceed to increase past fabrics technological know-how, progressively more scholars and pros strategy the topic from quite a few medical backgrounds. flexible and simple, Seymour/Carraher's Polymer Chemistry, 7th variation presents an entire source for realizing polymers. This version keeps the wide scope, logical association, and in-depth insurance of its bestselling predecessors. Emphasizing the basic habit of polymers in nature mirrored in present technological advancements, the e-book beneficial properties new chapters on composites, fibers, and of course taking place polymers in vegetation and animals. It additionally highlights the functions of nanoscale polymers with new sections on drug discovery and layout, electronics, optical fibers, textiles, biodegradable fabrics, clever fabrics, and adhesives.Seymour/Carraher's Polymer Chemistry, 7th variation fulfills the ACS-CPT complicated path requirement for college students, scientists, and engineers. every one bankruptcy comprises studying summaries, self-study counsel, glossaries, new assets for added examining, and new workouts with strategies. This version additionally updates and expands its listings for laboratory workouts and demonstrations, universal polymer buildings, nomenclature and alternate names, and worthy assets on hand at the Internet.While recommendations look through the textual content, professors who undertake the textual content for coursework can be aided via a separate test-bank handbook that's to be had for his or her unique use.

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Extra resources for Seymour Carraher's Polymer Chemistry, Seventh Edition

Sample text

Foremost in these efforts were Herman Mark and Linus Pauling. Both of these giants contributed to other important areas of science. Pauling contributed to the fundamental understanding of bonding and the importance of vitamins. Mark helped found the academic and communication ( journals, short courses, workshops) basis that would allow polymers to grow from its very diverse roots. Wallace Hume Carothers is the father of synthetic polymer science. History is often measured by the change in the flow of grains of sand in the hourglass of existence.

His materials also made excellent billiard balls. Bakelite also acted as a binder for sawdust, textiles, and paper, forming a wide range of composites including Formica laminates, many of which are still used. It was also used as an adhesive giving us plywood. There is no evidence that Baekeland recognized what polymers were, but he appeared to have a grasp on functionality and how to ‘‘use’’ it to produce thermoplastic materials that could later be converted to thermosets. Through control of the ratio of phenol to formaldehyde he was able to form a material that was a thermoplastic.

Many polymers are made from inexpensive and readily available materials allowing vast quantities of products to be made for a high increase in value, but they are typically inexpensive compared to nonpolymer alternatives. They also often have desirable physical and chemical properties. Some polymers are stronger on a weight basis than steel. Most are resistant to rapid degradation and rusting. This text gives more information about these essential materials for life and living. Polymers are often divided according to whether they can be melted and reshaped through application of heat and pressure.

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