International audienceThe paper tries to make a critical inventory of Ionomers, free of fluorine or fluorine less, which can be used as alternatives to Nafion® in polymer electrolytes fuel cells, as Ionomer is indisputably one of the main bolts of these technologies. All the Ionomer families are discussed, with their main advantages and drawbacks, in particular in terms of their possible industrial scale-up. Special attention has been paid to the discussions about the choice of the ionic functions and that of polymeric backbones of the Ionomers, with regard to the required electrochemical properties and also to their thermomechanical behaviour. It has been emphasized that a global approach of the polymer electrolytes is essential to progres...
Per-Fluoro-Sulphonic-Acid (PFSA) ionomers have been singled out as the preferable ionomers for makin...
An extensive world-wide pursuit for new efficient fuel cell membranes materials is currently motivat...
One of the major issues with the current membrane technology for polymer electrolyte membrane fuel c...
International audienceThe paper tries to make a critical inventory of Ionomers, free of fluorine or ...
International audienceThe paper tries to make a critical inventory of Ionomers, free of fluorine or ...
International audienceThe paper tries to make a critical inventory of Ionomers, free of fluorine or ...
This chapter is devoted to polymer electrolytes for use in membrane electrode assemblies of proton e...
Polymer electrolyte fuel cells (PEFC) convert the chemically bound energy in a fuel, e.g. hydrogen, ...
Proton exchange membrane fuel cells and lithium polymer batteries are important as future power sour...
Proton exchange membrane fuel cells and lithium polymer batteries are important as future power sour...
© 2022 Taylor & Francis Group, LLC.This review article provides an overview of the latest develo...
International audienceAn inventory of physicochemical methods was drawn up, including both analytica...
International audienceAn inventory of physicochemical methods was drawn up, including both analytica...
International audienceAn inventory of physicochemical methods was drawn up, including both analytica...
International audienceAn inventory of physicochemical methods was drawn up, including both analytica...
Per-Fluoro-Sulphonic-Acid (PFSA) ionomers have been singled out as the preferable ionomers for makin...
An extensive world-wide pursuit for new efficient fuel cell membranes materials is currently motivat...
One of the major issues with the current membrane technology for polymer electrolyte membrane fuel c...
International audienceThe paper tries to make a critical inventory of Ionomers, free of fluorine or ...
International audienceThe paper tries to make a critical inventory of Ionomers, free of fluorine or ...
International audienceThe paper tries to make a critical inventory of Ionomers, free of fluorine or ...
This chapter is devoted to polymer electrolytes for use in membrane electrode assemblies of proton e...
Polymer electrolyte fuel cells (PEFC) convert the chemically bound energy in a fuel, e.g. hydrogen, ...
Proton exchange membrane fuel cells and lithium polymer batteries are important as future power sour...
Proton exchange membrane fuel cells and lithium polymer batteries are important as future power sour...
© 2022 Taylor & Francis Group, LLC.This review article provides an overview of the latest develo...
International audienceAn inventory of physicochemical methods was drawn up, including both analytica...
International audienceAn inventory of physicochemical methods was drawn up, including both analytica...
International audienceAn inventory of physicochemical methods was drawn up, including both analytica...
International audienceAn inventory of physicochemical methods was drawn up, including both analytica...
Per-Fluoro-Sulphonic-Acid (PFSA) ionomers have been singled out as the preferable ionomers for makin...
An extensive world-wide pursuit for new efficient fuel cell membranes materials is currently motivat...
One of the major issues with the current membrane technology for polymer electrolyte membrane fuel c...