This useful reference provides up-to-date coverage, from both the engineering and scientific viewpoints, of the most recent findings in the expanding field of polymer degradation and stabilization - including areas in which polymers have only recently been used and detailed information has not previously been available. Presenting introductory material accessible to newcomers in the field as well as advanced material for more in-depth study, "Handbook of Polymer Degradation": introduces new data on the effects of increased ...
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This useful reference provides up-to-date coverage, from both the engineering and scientific viewpoints, of the most recent findings in the expanding field of polymer degradation and stabilization - including areas in which polymers have only recently been used and detailed information has not previously been available. Presenting introductory material accessible to newcomers in the field as well as advanced material for more in-depth study, "Handbook of Polymer Degradation": introduces new data on the effects of increased UV radiation on polymers and discusses how to decrease those effects; considers artificially accelerated weathering and its relationship with natural weather; examines weathering degradation of polyethylene with the relevant experimental results; emphasizes the environmental aspects and waste management of polymers; and combines insights on the environmental toxicology of plastics with a survey of current legislative issues. Detailing the global concepts of the subject and the advances being made in different parts of the world, "Handbook of Polymer Degradation" is an essential reference for chemical, polymer, environmental, pollution control, mechanical, and materials scientists and engineers; chemists; environmental regulators and policy makers; and upper-level undergraduate and graduate students in these disciplines.
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