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Earth Abundant Materials in Solar Cells
In this special topic, APL Materials is proud to present articles illustrating the current development of solar cell technologies that utilize earth-abundant and non-toxic elements that can be processed sustainably over large areas. Many of the papers contained in this issue showcase the power of combining experimental techniques for synthesis and characterization with theory and simulation.
Guest Editors: Aron Walsh, David O. Scanlon and Su-Huai Wei
Preface
Aron Walsh; David O. Scanlon; Su-Huai Wei
Research Updates
Nichole Cates; María Bernechea
Research Updates
Lana C. Lee; Tahmida N. Huq; Judith L. MacManus-Driscoll; Robert L. Z. Hoye
Contributed Articles
Max Birkett; Christopher N. Savory; Mohana K. Rajpalke; Wojciech M. Linhart; Thomas J. Whittles; James T. Gibbon; Adam W. Welch; Ivona Z. Mitrovic; Andriy Zakutayev; David O. Scanlon; Tim D. Veal
Contributed Articles
Yuelin Li; Carolina Adamo; Clare E. Rowland; Richard D. Schaller; Darrell G. Schlom; Donald A. Walko
Research Updates
Francisco Willian de Souza Lucas; Andriy Zakutayev
Contributed Articles
Max Birkett; Wojciech M. Linhart; Jessica Stoner; Laurie J. Phillips; Ken Durose; Jonathan Alaria; Jonathan D. Major; Robert Kudrawiec; Tim D. Veal
Contributed Articles
Jongseob Kim; Hyungjun Kim; Mahesh Chandran; Seung-Cheol Lee; Sang Hyuk Im; Ki-Ha Hong
Invited Articles
Chong Wang; Bo Yang; Ruiqing Ding; Wenhao Chen; Rokas Kondrotas; Yang Zhao; Shuaicheng Lu; Zha Li; Jiang Tang
Contributed Articles
Dan Han; Tao Zhang; Menglin Huang; Deyan Sun; Mao-Hua Du; Shiyou Chen