Coupling Between Oxygen Redox and Cation Migration Explains Unusual Electrochemistry in Lithium-Rich Layered Oxides

William Gent^1,2,Kipil Lim^1,3,Yufeng Liang²,Qinghao Li²,Taylor Barnes²,Sung-Jin Ahn⁴,Kevin Stone³,Mitchell McIntire¹,Jihyun Hong^1,3,Jay Hyok Song⁵,Yiyang Li¹,Apurva Mehta³,Stefano Ermon¹,Tolek Tyliszczak²,David Kilcoyne²,David Vine²,Jin-Hwan Park⁴,Seok-Kwang Doo⁴,Michael Toney³,Wanli Yang²,David Prendergast²,William C. Chueh¹

Stanford University¹,Lawrence Berkeley National Laboratory²,SLAC National Accelerator Laboratory³,Samsung Advanced Institute of Technology⁴,Samsung SDI⁵

Symposium Organizers

Zheng Chen, University of California, San Diego

Hyun-Wook Lee, UNIST

Hongmei Luo, New Mexico State University

Wolfgang G Zeier, Justus-Liebig-University Giessen

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CH Instruments, Inc.
NeWare Technology (Hong Kong) Ltd.
Q-CAD

MRS Invitation to Publish
All authors are invited to submit articles based on their 2018 MRS Spring
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publication in MRS Advances (www.mrs.org/mrs-advances) will be
available as symposium collections. Visit the MRS/Cambridge University
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2018 MRS Spring Meeting

Coupling Between Oxygen Redox and Cation Migration Explains Unusual Electrochemistry in Lithium-Rich Layered Oxides

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