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nextnano Documentation

Getting started

  • 1. Overview
  • 2. Models
    • 2.1. Crystal coordinate systems
    • 2.2. Introduction to strain calculation
    • 2.3. Piezoelectricity in wurtzite
    • 2.4. Electrostatic potential
    • 2.5. Charge densities
    • 2.6. Doping
    • 2.7. Carrier transport
    • 2.8. Generation and recombination rates - semiclassical models
    • 2.9. Mobility
    • 2.10. Envelope-function representation
    • 2.11. Matrix elements
    • 2.12. Hamiltonian: 8-band model for zincblende
    • 2.13. Interface Hamiltonian 8-band Zinc-Blende
    • 2.14. Excitons
    • 2.15. Hamiltonian: 30-band model for zincblende
    • 2.16. Optical spectra
    • 2.17. Photocurrent and Efficiencies
    • 2.18. Refractive index calculation
  • 3. Free examples
  • 4. Courses
  • 5. All tutorials
  • 6. Other simulations

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  • Material database
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nextnano++ (2.2.3+)
  • 2. Models
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2. Models

Some of models implemented in nextnano++.

Strain

  • 2.1. Crystal coordinate systems
  • 2.2. Introduction to strain calculation
  • 2.3. Piezoelectricity in wurtzite

Electrostatics

  • 2.4. Electrostatic potential
  • 2.5. Charge densities
  • 2.6. Doping

Drift-diffusion

  • 2.7. Carrier transport
  • 2.8. Generation and recombination rates - semiclassical models
  • 2.9. Mobility

Quantum

  • 2.10. Envelope-function representation
  • 2.11. Matrix elements
  • 2.12. Hamiltonian: 8-band model for zincblende
  • 2.13. Interface Hamiltonian 8-band Zinc-Blende
  • 2.14. Excitons
  • 2.15. Hamiltonian: 30-band model for zincblende

Optical spectra

  • 2.16. Optical spectra
  • 2.17. Photocurrent and Efficiencies
  • 2.18. Refractive index calculation
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