Nanostructured Functional Thermoplastic Polymeric Materials Based on the Molecular Control of the Bl

• 作 者: E.Passaglia M.Bertoldo S.Coiai S.Augier F.Ciardelli
• 机 构: ICCOM-CNR Pisa Section,PolyLab-CNR,C.I.P.Porto Marghera,Dipartimento di Chimica e Chimica Industrial
• 出 处: 复旦学报(自然科学版)
• 发表日期: 2007年05期

1 Results The development of the concepts of nanotechnology has given an important impact on the design of new polymer based materials which are in most cases characterized by a multiphase morphology. When at least one phase has nanometric dimension(s) the system can be considered as a nanocomposite where the interface is not only determining for the adhesion but also may play a role in some bulk properties. Indeed in nanostructured multiphase solids the interface is significant as a bulk component. Therefore the basic driving force necessary to reach such unique morphology is derived from the proper molecular design of the molecular functionality which can provide interphase interactions.

1 Results The development of the concepts of nanotechnology has given an important impact on the design of new polymer based materials which are in most cases characterized by a multiphase morphology. When at least one phase has nanometric dimension (s) the system can be considered as Indeed, nanocomposite where the interface is not only determined for the adhesion but also may play a role in some bulk properties. Indeed in nanostructured multiphase solids the interface is significant as a bulk component. Indeed. from the proper molecular design of the molecular functionality which can provide interphase interactions.