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AGB Dust-Driven Wind Model
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AGB Dust-Driven Wind Model

Getting started

  • Overview
  • Installation and building
  • Running a model
  • Configuration (config.toml)

Theory and modelling

  • Theory and modelling
    • The coupled problem and the solution loop
    • Radiative transfer
    • Radiative-equilibrium temperature correction
    • Gas-phase chemistry (FastChem)
    • Dust formation (Gail & Sedlmayr)
    • Opacities (transport coefficients)
    • Wind hydrodynamics
    • Numerical methods and robustness
  • The coupled problem and the solution loop
  • Radiative transfer
  • Radiative-equilibrium temperature correction
  • Gas-phase chemistry (FastChem)
  • Dust formation (Gail & Sedlmayr)
  • Opacities (transport coefficients)
  • Wind hydrodynamics
  • Numerical methods and robustness

Implementation

  • Architecture
  • Source tree guide
  • File formats

Appendix

  • Glossary
  • References
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Index

A | C | D | E | F | H | I | M | N | R | S | U | V

A

  • AGB

C

  • C/O ratio
  • Carbon star
  • Critical point / sonic point

D

  • Degree of condensation

E

  • Eddington factor
  • Equidistribution

F

  • Feautrier method
  • Flux-mean extinction

H

  • Henyey method

I

  • Impact parameter

M

  • Mass-loss rate
  • Moment method (dust)

N

  • Nucleation rate

R

  • Radiative equilibrium

S

  • Sphericality factor

U

  • Unsöld–Lucy correction

V

  • Variable Eddington factor (VEF)
Copyright © Daniel Kitzmann, Joachim Stock
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