This project is aimed at studying the new class of materials defined "crystalline elastomers", which are innovative polyolefin-based elastomers that present increased and tailored stiffness, with respect to conventional elastomers, thanks to the presence of non-negligible level of crystallinity. These materials are characterized by a combination of mechanical properties typical of crystalline polymers (high mechanical strength and stiffness) and of elastomers (ease of deformability, ductility and perfect elasticity).
Novel polyolefin based elastomers with tailored stiffness from metallorganic catalysis: the crystalline elastomers.
2018
Abstract
This project is aimed at studying the new class of materials defined "crystalline elastomers", which are innovative polyolefin-based elastomers that present increased and tailored stiffness, with respect to conventional elastomers, thanks to the presence of non-negligible level of crystallinity. These materials are characterized by a combination of mechanical properties typical of crystalline polymers (high mechanical strength and stiffness) and of elastomers (ease of deformability, ductility and perfect elasticity).File in questo prodotto:
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Utilizza questo identificativo per citare o creare un link a questo documento:
https://hdl.handle.net/20.500.14242/138247
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URN:NBN:IT:UNINA-138247