EMIGMA Premium Series

EMIGMA for MT/AMT, VLFR

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3D model
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3D model

The MT interpretation allows easy geophysical survey design including coordinate systems, geographic survey directions and true electric bipole receivers with actual survey lengths.

Airborne, Ground, Marine Applications


Unlimited Survey Size!


Data Import

  • XYZ data imports as impedance tensors and tippers
  • Easy to organize QCTool import

Data Processing and Correction

  • 1D digital and spatial filters, 2D spatial filters
  • Data Corrector tool combining dynamic spreadsheets and a line plotter for data cleaning, missing data interpolation and simultaneous plotting of different data channels for fast cross-analysis

3D Modeling

  • Fast and accurate 3D simulations: model suite generation and batch mode
  • Electric cable and magnetic dipole receivers
  • True electric bipole receivers with actual survey lengths
  • Unlimited prism, plate and polyhedra targets
    Polyhedra: pipes (hollow cylinders with or without lids), ellipsoids, shells, bullets, landmines, drums, spheres, general polyhedra...
  • Multiple body interactions
  • Topography effects
  • Ability to handle full contrast between host and bodies
  • Interactive 3D geophysical model building tool

1D MT Inversion

  • Resistivity depth inversions and 3D volumes
  • Multi-layer inversion for up to 19 layers of non-uniform thickness

Data Display and Analyses

MT/CSAMT
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MT
  • 3D data display as profiles, vectors, true 3D surfaces or contoured surface with 3D structure representation
  • PEXShow tool - 2D representation of Resistivity/MT inversions with easy-to-switch-to susceptibility and conductivity sections
  • Pseudo-sections, depth images and Bostick transformations
  • Grids: Natural Neighbor, Delauney Triangulation, Minimum Curvature and Thin-Plate-Splines
  • Contours: 2D and 3D surfaces
  • Line plots
  • Residual plots
For more detailed data display capabilities, see EMIGMA Complete

GBDECOMP

  • PetRos EiKon's new version for Windows including the Groom-Bailey Decomposition
  • Available as add-on only with EMIGMA Complete software
  • Using your model results, generates synthetic impedance tensors and noise to be processed with a suite of decomposition algorithms
  • Associated tools are provided for decomposition parameter plotting and fit analyses