Highly conductive, novel sulfonated poly (arylene ether) membranes with different amounts
of triazole-introduced monomers (SPAE-TM) were prepared via conventional aromatic …

Sulfonated poly (arylene ether ketone)(SPAEK) containing carboxylic acid groups at the
pendant position was synthesized. The proton conductivity was enhanced over a wide range …

Abstract Treatment of a pyrazine (pz)‐impregnated CuI metal–organic framework (MOF)([1⊃
pz]) with HCl vapor renders an interstitial pyrazinium chloride salt‐hybridized MOF ([1⊃ pz⋅ …

Proton-conducting, thermally and electrochemically stable, heterocycle-grafted
polysiloxanes have been synthesized via hydrosilylation of vinyl or allyl functionalized …

For increased efficiency of high-temperature polymer electrolyte membrane fuel cells (HT-
PEMFC), new types of membranes have to be developed. This approach has been realized …

A detailed comparison of the proton conductivity of highly ordered high surface mesoporous
silica material Si-MCM-41 functionalized with imidazole groups by different anchoring routes …

The proton conductivities of poly (vinylbenzyl phosphonic acid)(PVBPA) homopolymer and
its statistical copolymers with 4‐vinyl pyridine [poly (VBPA‐stat‐4VP) s] are comprehensively …

Composite membranes are prepared using sulfonated poly (arylene ether sulfone)(SPAES)
copolymers and the incorporation of functionalized multiwall carbon nanotubes (CNTs) for …

The proton conduction in immobilised imidazole systems has been investigated in order to
support the design of new membrane materials for polymer electrolyte membrane fuel cells …

A method of obtaining new organic-inorganic nanostructured proton-exchange membranes
operating via the anhydrous proton-conduction mechanism is proposed. An oligo (ethylene …