O'Sullivan 2017 models

Model files matching O'Sullivan+ 2017. For use with RM-tools.

$$P_j=Q_j+i{U}_j$$

$$=p_{0,j}I\times ...$$

$$...e^{2i({\psi }_{0_j}+{\mathrm{R}\mathrm{M}}_j{\lambda }^2)}\times ...$$

$$...\frac{\sin \mathrm{\Delta }{\mathrm{R}\mathrm{M}}_j{\lambda }^2}{\mathrm{\Delta }{\mathrm{R}\mathrm{M}}_j{\lambda }^2}\times ...$$

$$...e^{-2{\sigma }_{{\mathrm{R}\mathrm{M}}_j}^2{\lambda }^4},$$

$$P=\sum _{i=0}^N{P}_j,N\in [1,2,3].$$

This model has three terms:

• RM x internal dispersions x external dispersion.

More complex models can be produced by the sum of these terms.

Name of files corresponds to the type of model with three digits:

• First digit: Always 2, dummy number
• Second digit:
  • 0 - RM only
  • 1 - RM and internal dispersion
  • 2 - RM and external dispersion
  • 3 - RM, internal, and external dispersion
• Third digit:
  • 0 - One component
  • 1 - Two components
  • 2 - Three components