Abstract
Angle resolved measurements of the azimuthai anisotropy in the photoelectron diffraction intensities from the Te 4d level in Ni(100)p(2 × 2)Te, Ni(100)c(2 × 2)Te and Cu(100)p(2 × 2)Te surface structures have been made for a variety of photon energies and polar angles. Strong similarities are observed in the major features of the data from all three structures indicating that the environment in the immediate vicinity of the adsorbate is essentially identical for all three surface structures in agreement with existing LEED calculations. The relative insensitivity of the data to the number of nearest neighbors within the adsorbate overlayer itself is taken as evidence of the importance of interlayer scattering under these experimental conditions.
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