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The surface relaxation and band structure of Mo(112)
Peter Dowben Publications
  • Ning Wu, University of Nebraska-Lincoln
  • Yaroslav B. Losovyj, University of Nebraska-Lincoln
  • Zhaoxian Yu, Zhongshan University
  • Renat F. Sabirianov, University of Nebraska at Omaha
  • Wai-Ning Mei, University of Nebraska at Omaha
  • N. Lozova, Louisiana State University
  • J. A. Colón Santana, University of Nebraska-Lincoln
  • Peter A. Dowben, University of Nebraska-Lincoln
Date of this Version

Published in J. Phys.: Condens. Matter 21 (2009) 474222 (9pp)

The experimental and theoretical surface band structures of Mo(112) are compared. This surface band structure mapping is presented with corrections included for the lattice relaxation of the Mo(112) surface. Quantitative low energy electron diffraction (LEED) has been used to determine the details of the Mo(112) surface structure. The first layer contraction is 14.9% by LEED intensity versus voltage analysis and is in general agreement with the 17.6% contraction found from total surface energy optimization. The electronic band structure is mapped out along Γ-X and Γ–Y of the surface Brillouin zone (SBZ). There is strong evidence of electron–phonon coupling particularly in the region of the Fermi level band crossing at 0.54 Å−1.
Citation Information
Ning Wu, Yaroslav B. Losovyj, Zhaoxian Yu, Renat F. Sabirianov, et al.. "The surface relaxation and band structure of Mo(112)" (2009)
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