Taught in English, International Master Degree in “Materials Engineering and Nanotechnology”, I Year, spring semester. (108 hours, 12 CFU)
The course aims at providing students a comprehensive knowledge of Science and Technology of (natural or synthetic) polymers: from their synthesis, to their processing procedures and techniques, their macroscopic and microscopic properties and characteristics in both solid and liquid states, their durability, degradation/biodegradation in different environmental conditions, LCA (Lyfe Cycle Assessment) techniques applied to polymeric materials and their final disposal. Specific examples of natural (i.e. wood, bio-based polymers) and technologically advanced polymers, or classes of polymers, will be illustrated. Issues related to sustainability of polymers and the impact of waste plastic on the (ground/marine) environment will be discussed, presenting case studies of innovative researches aimed at studying, preventing/limiting the pollution due to waste plastics or of polymers employed to aid the environment. Part of the course will be devoted to the characterization methods and techniques for polymers, with related laboratory experiences. Visits for students attending the course at Research Laboratories and/or Industrial Plants involved in the production/transformation of polymeric materials are also planned.
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