Hydrogen-induced self-organized nanostructuring of the Ir(100) surface.

@article{Hammer2003HydrogeninducedSN,
  title={Hydrogen-induced self-organized nanostructuring of the Ir(100) surface.},
  author={Lutz Hammer and Walt Meier and Alexander Klein and P Landfried and Annemarie Schmidt and Klaus Heinz},
  journal={Physical review letters},
  year={2003},
  volume={91 15},
  pages={156101}
}
We show that the Ir(100) surface forms a new nanostructure in a self-organized way when its reconstructed equilibrium surface is exposed to hydrogen. Scanning tunneling microscopy and quantitative low-energy electron diffraction retrieve that a long-range ordered superlattice of defect-free Ir chains with average lateral spacing of 1.36 nm and micrometer lengths develops. This can be used as a template for the formation of other nanostructures as is demonstrated. 

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