[[abstract]]©2003 Elsevier - Swelling of a Nafion film makes it very difficult to deposit thin catalyst layers on a membrane electrolyte. In this study, a process has been developed that utilizes the expansion of Nafion film in the deposition so as to mitigate this problem. When the film is fully expanded, catalyst ink can be applied on to the membrane directly by means of spraying or blade pasting without concerns over swelling. The resulting membrane electrode assembly shows good performance relative to commercial products.[[fileno]]2020118010047[[department]]化學工程學
In this contribution, four comparative methods are described for the preparation of catalyst coated ...
Structure of Nafion inside Polymer Electrolyte Membrane Fuel Cells (PEMFC) catalyst layers is suspec...
A method based on pulse electrodeposition technique was developed for preparation of membrane electr...
We present a method of using inkjet printing to deposit Nafion ionomer as the transport media onto c...
Membrane electrode assemblies (MEA) prepared by direct spraying catalyst ink on water swollen membra...
Membrane electrode assemblies (MEA) prepared by direct spraying catalyst ink on water swollen membra...
Global energy consumption has been escalating over the years as the more and more countries are movi...
Catalyst-coated membranes (CCMs) play an important role in the PEMFCs. The direct-spraying depositio...
Global energy consumption has been escalating over the years as the more and more countries are movi...
A lack of knowledge about the features of Nafion confined to ultrathin films at the interface has mo...
International audienceTo reduce the cost of proton exchange membrane fuel cell (PEMFC), one approach...
A lack of knowledge about the features of Nafion confined to ultrathin films at the interface has mo...
An improved fabrication technique for catalyst-coated membrane (CCM), characterized by high-temperat...
International audienceTo reduce the cost of proton exchange membrane fuel cell (PEMFC), one approach...
Bifunctional membrane electrode assemblies have been fabricated using a screen printing technique, w...
In this contribution, four comparative methods are described for the preparation of catalyst coated ...
Structure of Nafion inside Polymer Electrolyte Membrane Fuel Cells (PEMFC) catalyst layers is suspec...
A method based on pulse electrodeposition technique was developed for preparation of membrane electr...
We present a method of using inkjet printing to deposit Nafion ionomer as the transport media onto c...
Membrane electrode assemblies (MEA) prepared by direct spraying catalyst ink on water swollen membra...
Membrane electrode assemblies (MEA) prepared by direct spraying catalyst ink on water swollen membra...
Global energy consumption has been escalating over the years as the more and more countries are movi...
Catalyst-coated membranes (CCMs) play an important role in the PEMFCs. The direct-spraying depositio...
Global energy consumption has been escalating over the years as the more and more countries are movi...
A lack of knowledge about the features of Nafion confined to ultrathin films at the interface has mo...
International audienceTo reduce the cost of proton exchange membrane fuel cell (PEMFC), one approach...
A lack of knowledge about the features of Nafion confined to ultrathin films at the interface has mo...
An improved fabrication technique for catalyst-coated membrane (CCM), characterized by high-temperat...
International audienceTo reduce the cost of proton exchange membrane fuel cell (PEMFC), one approach...
Bifunctional membrane electrode assemblies have been fabricated using a screen printing technique, w...
In this contribution, four comparative methods are described for the preparation of catalyst coated ...
Structure of Nafion inside Polymer Electrolyte Membrane Fuel Cells (PEMFC) catalyst layers is suspec...
A method based on pulse electrodeposition technique was developed for preparation of membrane electr...