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Getting started

  • Installation
  • Command-line tools
  • Background

viperleed.calc

  • viperleed calc
    • Installing tensor-LEED dependencies
    • Examples
      • Ag(100)
      • Ir(100)-(2×1)-O
      • Fe₂O₃(1−102)
      • Cu(111)-Te ad-chains
      • Ni(110) with ASE
    • Conventions
    • How to run
    • ViPErLEED work segments
    • Files
    • Parameters
    • viperleed bookkeeper
    • Utilities

ViPErLEED ImageJ plugins

  • ViPErLEED ImageJ plugins

Hardware and measurements

  • Hardware

ViPErLEED Python API

  • ViPErLEED Python API
  • Appendix

Appendix

  • Citing ViPErLEED
  • References
  • Glossary
  • License
  • Notes for developers
ViPErLEED
  • viperleed.calc
  • Examples
  • View page source
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Examples

  • Ag(100)
    • Introduction
    • Initialization run and generation of phase shifts
    • Reference calculation and R factor
    • Delta amplitudes and structure search
    • Next steps
  • Ir(100)-(2×1)-O
    • Introduction
    • PARAMETERS and rough DISPLACEMENTS
    • Fine DISPLACEMENTS and tensor-LEED error
    • Full-dynamic optimization
    • Error calculation
  • Fe₂O₃(1−102)
    • Introduction
    • PARAMETERS and VIBROCC
    • Initialization
    • Reference calculation and structure optimization
    • Optimizing the incidence angle
    • Refining the structure
  • Cu(111)-Te ad-chains
    • Introduction
    • PARAMETERS
    • Rough DISPLACEMENTS
    • Fine DISPLACEMENTS and search parameters
    • Full-dynamic optimization
    • Refined structure fit
    • Error calculation
  • Ni(110) with ASE
    • Creating the Ni surfaces
    • ViPErLEED Input
      • Input Files
        • PARAMETERS
          • Global Parameters
          • Structure Interpretation
          • VIBROCC Parameters
        • IVBEAMS
    • Running ViPErLEED
    • Plotting the I(V) curves
    • R-factor calculation
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