Developing novel electrodes with ultralow catalyst loading for high-efficiency hydrogen production in proton exchange membrane electrolyzer cells | Zendy

FengYuan Zhang | Zendy; Matthew M. Mench | Zendy; David A. Cullen | Zendy; Harry M. Meyer | Zendy; Guido Bender | Zendy; Zhiwen Ma | Zendy; Christopher Capuano | Zendy; Katherine E. Ayers | Zendy; PuXian Gao | Zendy; Kui Li | Zendy; Shule Yu | Zendy; Lei Ding | Zendy; Weitian Wang | Zendy; Zhiqiang Xie | Zendy; Douglas Aaron | Zendy; Anirban Roy | Zendy; Frida Roenning | Zendy; Haoran Yu | Zendy; Jacob A. Wrubel | Zendy; Zhenye Kang | Zendy; Alex Keane | Zendy; Can Cui | Zendy

Open Access

Developing novel electrodes with ultralow catalyst loading for high-efficiency hydrogen production in proton exchange membrane electrolyzer cells

Author(s) -

FengYuan Zhang,

Matthew M. Mench,

David A. Cullen,

Harry M. Meyer,

Guido Bender,

Zhiwen Ma,

Christopher Capuano,

Katherine E. Ayers,

PuXian Gao,

Kui Li,

Shule Yu,

Lei Ding,

Weitian Wang,

Zhiqiang Xie,

Douglas Aaron,

Anirban Roy,

Frida Roenning,

Haoran Yu,

Jacob A. Wrubel,

Zhenye Kang,

Alex Keane,

Can Cui

Publication year - 2022

Publication title -

osti oai (u.s. department of energy office of scientific and technical information)

Language(s) - English

Resource type - Reports

DOI - 10.2172/1884815

Subject(s) - materials science , electrolysis , catalysis , hydrogen production , proton exchange membrane fuel cell , membrane electrode assembly , hydrogen , electrode , electrolysis of water , gas diffusion electrode , chemical engineering , nanotechnology , process engineering , chemistry , electrochemistry , engineering , biochemistry , organic chemistry , electrolyte

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