Ci / B2 / D4 / B1 / T. Imai A. S. / CDW / Di / Bi / Suppose Ai / T. Therefore / /
Country
China / /
Currency
pence / /
Facility
Peking University / Institute of Theoretical Physics / The Chinese University of Hong Kong / /
IndustryTerm
lattice translation / intraorbital pairing operators / localized operator / low-energy density / low-energy physics / point / low-energy / energy splitting / interorbital pairing operator / transition-metal compounds / multiorbital systems / space / /
MusicGroup
Hubbard / /
OperatingSystem
Fermi / /
Organization
Institute of Theoretical Physics / School of Physics / Chinese University of Hong Kong / Hong Kong / Department of Physics / U.S. Securities and Exchange Commission / Peking University / Beijing / /
Person
X. J. Zhou / S. C. Zhang / Q. Tao / Y. Zhu / Z. A. Xu / G. H. Cao / X. L. Qi / C. Wang / X. Xu / W. Q. Chen / M. He / G. Cao / D. J. Singh / S. Raghu / Z. Xu / C. Chen / C. Feng / Qiang-Hua Wang / C. X. Liu / D. J. Scalapino / X. Lin / M. H. Du / Oliver Graeser / Ai / Y. Zhou / Z. W. Zhu / M. D. Johannes / F. C. Zhang / I. I. Mazin / X. Wang / /
PHYSICAL REVIEW B 79, 014508 共2009兲 Constraints on the possible pairing symmetry of iron arsenide superconductors in a two-orbital model Wen-Long You,1,2 Shi-Jian Gu,1 Guang-Shan Tian,1,2 and Hai-Qing Lin1 1