First Author:Sai-Sai Chen
Date of Publication:2018-01-01
Journal:International Journal of Hydrogen Energy
Affiliation of Author(s):化学与生命科学学院
Document Type:期刊
Volume:Vol.43
Issue:No.12
Page Number: 6096-6106
ISSN No.:0360-3199
Key Words:Porous;dendritic;nanodandelions;Amrinone;Oxygen;reduction;reaction;Hydrogen;evolution;reaction
Abstract:Contrary to single counterparts, Pt-based bimetallic nanocrystals are attractive and feasible to decrease the cost, improve the catalytic activity and enhance the stability via morphology-, structure- and composition-engineering. Herein, porous dendritic
Translation or Not:no
冯九菊
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Gender:Female
Education Level:Graduate student graduate
Alma Mater:南京大学
Paper achievements
Facile synthesis of porous dendritic Pt<sub>68</sub>Ag<sub>32</sub> nanodandelions for greatly boosting electrocatalytic activity towards oxygen reduction and hydrogen evolution
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