The chemistry of the gadolinium–nickel interface

@article{Lagraffe1990TheCO,
  title={The chemistry of the gadolinium–nickel interface},
  author={D. Lagraffe and Peter A. Dowben and Marshall Franklin Onellion},
  journal={Journal of Vacuum Science and Technology},
  year={1990},
  volume={8},
  pages={2738-2742}
}
Gadolinium overlayers on Ni(111) have been studied by angle resolved photoemission, angle resolved AES, LEED, and RHEED. We have observed pronounced interdiffusion of nickel with the gadolinium overlayer at temperatures as low as 150 K. This is in marked contrast with gadolinium overlayers on Cu(100) where substantial interdiffusion is not observed until 360 K, but is consistent with studies of ytterbium on nickel. [A. Nilsson, B Eriksson, N. Martenssom, J. N. Andersen, and J. Onsgaard, Phys… 

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References

SHOWING 1-5 OF 5 REFERENCES

Wieiiczka and C. 6. Olson

  • J. Vac. Sci. Technol. A
  • 1990

For a: : excdlent review of core level shifts, see

  • Surf. Sci. Rept
  • 1987

Handbook ofAuger Electron ,Ypectroscopy (Perkin-Elmer

  • 1976

D[ff'usion irz Solids

  • 1960

" This is based ugoir enlpirical correlations shown between the surface energy ' 2 nd the average electronic density ( ur , ' / ' ) , wherer , is the classical conduction elccrron volume

  • 1982