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Getting Started

  • 1. Overview
  • 2. Models
  • 3. Courses
  • 4. Tutorials
  • 5. Other Simulations

User Guide

  • 1. Material Database
  • 2. Keywords
    • 2.1. postprocessor{ }
    • 2.2. import{ }
    • 2.3. output{ }
    • 2.4. run{ }
    • 2.5. global{ }
    • 2.6. impurities{ }
    • 2.7. contacts{ }
    • 2.8. structure{ }
    • 2.9. grid{ }
    • 2.10. classical{ }
    • 2.11. strain{ }
    • 2.12. poisson{ }
    • 2.13. currents{ }
    • 2.14. quantum{ }
    • 2.15. optics{ }
      • 2.15.1. optics{ debuglevel }
      • 2.15.2. optics{ global_illumination{ } }
      • 2.15.3. optics{ global_reflectivity{ } }
      • 2.15.4. optics{ global_absorption_coeff{ } }
      • 2.15.5. optics{ global_refractive_index{ } }
      • 2.15.6. optics{ light_propagation{ } }
      • 2.15.7. optics{ photogeneration{ } }
      • 2.15.8. optics{ semiclassical_spectra{ } }
      • 2.15.9. optics{ quantum_spectra{ } }
    • 2.16. database{ }
  • 3. Input Syntax
  • 4. Simulation Output
  • 5. Command Line
  • 6. Maximizing Performance
  • 7. Release Notes
  • 8. FAQs

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nextnano++ (2.1.3)
  • 2. Keywords
  • 2.15. optics{ }
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2.15. optics{ }

  • usage: \(\mathrm{\textcolor{ForestGreen}{optional}}\)

  • items: maximum 1

This group defines models to calculate optical spectra.


The following keywords are available within this group.

  • 2.15.1. optics{ debuglevel }
  • 2.15.2. optics{ global_illumination{ } }
  • 2.15.3. optics{ global_reflectivity{ } }
  • 2.15.4. optics{ global_absorption_coeff{ } }
  • 2.15.5. optics{ global_refractive_index{ } }
  • 2.15.6. optics{ light_propagation{ } }
  • 2.15.7. optics{ photogeneration{ } }
  • 2.15.8. optics{ semiclassical_spectra{ } }
  • 2.15.9. optics{ quantum_spectra{ } }
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