2019年DOE阴离子交换膜研讨会的总结，关于耐久性工况特点、耐久性状态、性能衰减的机理。和质子交换膜燃料电池、非贵金属催化剂燃料的耐久性做了对比。

Durability challenges of anion exchange membrane fuel cells

William E． Mustain

Marian Chatenet

Miles Page

Yu Seung Kim

Abstract

As substantial progress has been made in improving the performance of anion exchange membrane fuel cells （AEMFCs） over the last decade， the durability of AEMFCs has become the most critical requirement to deploy competitive energy conversion systems． Because of different operating environments from proton exchange membrane fuel cells， several AEMFC－specific component degradations have been identified as the limiting factors influencing the AEMFC durability． In this article， AEMFC durability protocol， the current status of AEMFC durability， and performance degradation mechanisms are reported based on the discussion during the US Department of Energy （DOE） Anion Exchange Membrane Workshop at Dallas， Texas， May 2019． With additional recent progress， we provide our perspectives on current technical challenges and future action to develop long－lasting AEMFCs．

Yu Seung Kim就是高功率重载车辆用燃料电池的质子化膦酸电极的这篇文章的通讯作者。

Yu Seung Kim is a technical staff scientist at Los Alamos National
Laboratory， USA． He received his BS degree from Korea University
（1994） and his PhD degree from Korea Advanced Institute of
Science and Technology （1999） in the field of Chemical
Engineering． He spent three years as a post－doctoral fellow at the
Chemistry Department of Virginia Tech before joining the fuel cell
group at Los Alamos （2003）． He received the Outstanding Technical
Contribution and Achievements Award from US DOE Hydrogen
and Fuel Cell Program （2016）． His research interest is materials for
fuel cells and electrolyzers． He currently leads Membrane Working
Group of US DOE Hydrogen and Fuel Cell Technologies Office．