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催化学报  2015 

Nano-electrocatalystmaterialsforlowtemperaturefuelcells:Areview

DOI: 10.1016/S1872-2067(14)60175-3, PP. 458-472

Keywords: Nanocatalyst,Synthesismethod,Catalystsupportmaterial,Lowtemperaturefuelcells

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Abstract:

?Lowtemperaturefuelcellsareanattractivetechnologyfortransportationandresidentialapplicationsduetotheirquickstartupandshutdowncapabilities.Thisreviewanalyzedthecurrentstatusofnanocatalystsforprotonexchangemembranefuelcellsandalkalinemembranefuelcells.Thepreparationprocessinfluencestheperformanceofthenanocatalyst.Severalsynthesismethodsarecoveredfornobleandnon-noblemetalcatalystsonvariouscatalystsupportsincludingcarbonnanotubes,carbonnanofibers,nanowires,andgraphenes.Exsituandinsitucharacterizationmethodslikescanningelectronmicroscopy,transmissionelectronmicroscopy,X-rayphotoelectronspectroscopyandfuelcelltestingofthenanocatalystsonvarioussupportsforbothprotonexchangeandalkalinemembranefuelcellsarediscussed.Theaccelerateddurabilityestimateofthenanocatalysts,predictedbymeasuringchangesintheelectrochemicallyactivesurfaceareausingavoltagecyclingmethod,isconsideredoneofthemostreliableandvaluablemethodforestablishingdurability.

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