#!/usr/bin/env python # coding: utf-8 # # # # EM GeoSci Apps # # The purpose of these notebooks is to provide tools for you to investigate fundamental concepts in electromagnetic geophysics. They support **em.geosci.xyz**, an open source "textbook" resource for electromagnetic geophysics. # # These notebooks are powered by SimPEG, an open source framework for Simulation and Parameter Estimation in Geophysics. # # If you have feedback, we would like to hear from you! # - Contact us # - Report issues # - Join the development # **[DC](#DC-Resistivity) | [EM Fundamentals](#EM-Fundamentals) | [Inductive Sources](#Inductive-Source-EM) | [Grounded Sources](#Grounded-Source-EM) | [Natural Sources](#Natural-Source-EM) | [IP](#Induced-Polarization) | [GPR](#Ground-Penetrating-Radar) | [Inversion](Inversion)** # # # ## Contents # # #### DC Resistivity # - [DC_LayeredEarth.ipynb](./notebooks/dcip/DC_LayeredEarth.ipynb) # - [DC_Cylinder_2D.ipynb](./notebooks/dcip/DC_Cylinder_2D.ipynb) # - [DC_Building_Pseudosections.ipynb](./notebooks/dcip/DC_Building_Pseudosections.ipynb) # - [DC_Inversions.ipynb](./notebooks/dcip/DC_Inversions.ipynb) # - [DC_Layer_Cylinder_2D.ipynb](./notebooks/dcip/DC_Layer_Cylinder_2D.ipynb) # - [DC_Layer_Cylinder_2_5D.ipynb](./notebooks/dcip/DC_Layer_Cylinder_2_5D.ipynb) # - [DC_Plate_2D.ipynb](./notebooks/dcip/DC_Plate_2D.ipynb) # - [DC_Plate2_5D.ipynb](./notebooks/dcip/DC_Plate2_5D.ipynb) # - [DCIP_2D_Overburden_Pseudosections.ipynb](./notebooks/dcip/DCIP_2D_Overburden_Pseudosections.ipynb) # - [DC_Overburden_2_5D.ipynb](./notebooks/dcip/DC_Overburden_2_5D.ipynb) # - [DC_Sphere_Constant_E.ipynb](./notebooks/dcip/DC_Sphere_Constant_E.ipynb) # # #### EM Fundamentals # - [FDEM_ThreeLoopModel.ipynb](./notebooks/em/FDEM_ThreeLoopModel.ipynb) # - [InductionRLcircuit_Transient.ipynb](./notebooks/em/InductionRLcircuit_Transient.ipynb) # - [InductionRLcircuit_Harmonic.ipynb](./notebooks/em/InductionRLcircuit_Harmonic.ipynb) # - [FDEM_Inductive_Sphere.ipynb](./notebooks/em/FDEM_Inductive_Sphere.ipynb) # - [TDEM_Planewave_Wholespace.ipynb](./notebooks/em/TDEM_Planewave_Wholespace.ipynb) # - [FDEM_Planewave_Wholespace.ipynb](./notebooks/em/FDEM_Planewave_Wholespace.ipynb) # - [TDEM_MagneticDipole_Wholespace.ipynb](./notebooks/em/TDEM_MagneticDipole_Wholespace.ipynb) # - [FDEM_MagneticDipole_Wholespace.ipynb](./notebooks/em/FDEM_MagneticDipole_Wholespace.ipynb) # # #### Inductive Source EM # - [TDEM_HorizontalLoop_LayeredEarth.ipynb](./notebooks/em/TDEM_HorizontalLoop_LayeredEarth.ipynb) # - [TDEM_HorizontalLoop_Sphere.ipynb](./notebooks/em/TDEM_HorizontalLoop_Sphere.ipynb) # - [FDEM_VMD_LayeredEarth.ipynb](./notebooks/em/FDEM_VMD_LayeredEarth.ipynb) # - [FDEM_VMD_Sphere.ipynb](./notebooks/em/FDEM_VMD_Sphere.ipynb) # - [TDEM_Inductivesource.ipynb](./notebooks/em/TDEM_Inductivesource.ipynb) # - [TDEM_UXO.ipynb](./notebooks/em/TDEM_UXO.ipynb) # # #### Grounded Source EM # - [TDEM_ElectricDipole_Wholespace.ipynb](./notebooks/em/TDEM_ElectricDipole_Wholespace.ipynb) # - [FDEM_ElectricDipole_Wholespace.ipynb](./notebooks/em/FDEM_ElectricDipole_Wholespace.ipynb) # - [MarineCSEM_LayeredEarth.ipynb](./notebooks/em/MarineCSEM_LayeredEarth.ipynb) # - [TDEM_Groundedsource.ipynb](./notebooks/em/TDEM_Groundedsource.ipynb) # # #### Natural Source EM # - [FDEM_Planewave_Reflection.ipynb](./notebooks/em/FDEM_Planewave_Reflection.ipynb) # - [MT_LayeredEarth.ipynb](./notebooks/em/MT_LayeredEarth.ipynb) # # #### Induced Polarization # - [PhyProp_ColeCole.ipynb](./notebooks/dcip/PhyProp_ColeCole.ipynb) # # #### Ground Penetrating Radar # - [GPR_Attenuation.ipynb](./notebooks/GPR_Attenuation.ipynb) # # #### Inversion # - [LinearInversion.ipynb](./notebooks/inversion/LinearInversion.ipynb) # - [2D-LinearInversion-Crosswell-Tomorgraphy.ipynb](./notebooks/inversion/2D-LinearInversion-Crosswell-Tomorgraphy.ipynb) # ## Running the notebook # # From the menu, select `cell`, `run all`, or run each individual cell using `shift + enter` # # ![cell-run-all](https://em.geosci.xyz/_images/run_all_cells.png) # ####
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