In the last three decades a considerable amount of work has been performed for the development of proton conducting poly(organosiloxanes) and poly(organophosphazenes) and of composite organo-inorganic materials to compete with perfluoroalkylsulfonic acid polymers (PFAPs). However, neither poly(organosiloxanes) nor poly(organophosphazenes) have been proven real competitors of the perfluorurated acid polymers. The current research strategy appears mostly focused on the development and optimization of composites containing PFAPs and inorganic oxides

Proton conducting organo-inorganic polymers and materials

MONTONERI, Enzo;BOFFA, Vittorio
2007-01-01

Abstract

In the last three decades a considerable amount of work has been performed for the development of proton conducting poly(organosiloxanes) and poly(organophosphazenes) and of composite organo-inorganic materials to compete with perfluoroalkylsulfonic acid polymers (PFAPs). However, neither poly(organosiloxanes) nor poly(organophosphazenes) have been proven real competitors of the perfluorurated acid polymers. The current research strategy appears mostly focused on the development and optimization of composites containing PFAPs and inorganic oxides
2007
Ionic Polymers
Mario Gleria and Roger De Jaeger, NOVA Science Publishers Inc.
Chapter 16
767
786
9781600216565
Poly(organo)phosphazenes; sulfonated membranes; phosphonated membranes; poly(organo)siloxanes; ionic composite materials; perfluorurated ionomers; solid proton conductor; fuel cells.
E. MONTONERI; V. BOFFA
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/2318/26458
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