The source code takes in the models from the source journals (the bottom list of links) and uses the parameters listed per-nuclei (provided under the 'Parameter Table' links next to each program) within a c++ script to generate the models you see on the plot page.

All source code | |||

General-Dist | .zip | Source Code | Parameter Table |

Fourier-Bessel | .zip | Source Code | Parameter Table |

Sum of Gaussian | .zip | Source Code | Parameter Table |

Below is gnuplot-friendly tables of data, for each of the eight models used in modeling ρ(r) vs. r. Included within each are rows with the Z and A-values for each nuclei:

Harmonic Oscillator: | ρ(r) | (A/Z)*ρ(r) |

Modified Harmonic Oscillator: | ρ(r) | (A/Z)*ρ(r) |

2-Parameter Fermi: | ρ(r) | (A/Z)*ρ(r) |

3-Parameter Fermi: | ρ(r) | (A/Z)*ρ(r) |

2-Parameter Gaussian: | ρ(r) | (A/Z)*ρ(r) |

3-Parameter Gaussian: | ρ(r) | (A/Z)*ρ(r) |

Fourier Bessel: | ρ(r) | (A/Z)*ρ(r) |

Sum of Gaussian: | ρ(r) | (A/Z)*ρ(r) |

And here are the sources we used as a basis to generate the graphs. Note that the 'Parameter Table' files above use shorthand directly corresponding to the source journals

All Sources |

Nuclear Data Tables - 1974 |

Nuclear Data Tables - 1987 |

Nuclear Data Tables - 1995 |