Theory of SIP modelsΒΆ

  • Overview
    • Mathematical helper terms
  • Debye decomposition resistivities
    • complex
    • real and imaginary parts
    • Derivatives
    • Relating peak frequency of imaginary part to relaxation time
    • Peak relaxation times
  • Debye decomposition on conductivities
    • complex
    • real and imaginary parts
    • derivatives
  • Cole-Cole decomposition resistivities
    • complex
    • real and imaginary parts
    • partial derivatives
    • Partial derivatives respect to log_{10}(x):
  • Cole-Cole decomposition conductivities
    • complex
    • real and imaginary parts
    • partial derivatives
    • Partial derivatives respect to log_{10}(x):
  • Formulation using the dielectric constant
    • Transformation to conductivity
  • Coverage
    • Cov_f
    • Cov_m
  • Literature
  • Integral Parameters

Time-lapse Cole-Cole decomposition routines

Navigation

  • Introduction
  • Installation
  • Getting Started
  • Fit Routines
  • Theory of SIP models
    • Overview
    • Debye decomposition resistivities
    • Debye decomposition on conductivities
    • Cole-Cole decomposition resistivities
    • Cole-Cole decomposition conductivities
    • Formulation using the dielectric constant
    • Coverage
    • Literature
    • Integral Parameters
  • Inversion and implementation details
  • Usage and implementation details
  • Profiling and Debugging
  • API

Related Topics

  • Documentation overview
    • Previous: ddps.py
    • Next: Overview

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