Interpex IX1D V350: A Powerful Software for 1D Geophysical Sounding Inversion Interpex IX1D V350 is a software program that can perform 1D inversion of geophysical sounding data from various methods, such as direct current (DC) resistivity, induced polarization (IP), magnetotelluric (MT), frequency-domain electromagnetic (FDEM)
and transient electromagnetic (TEM). It can handle different types of arrays, measurements and models, and provide graphical and numerical outputs of the inverted models. It can also import and reduce resistivity well logs to create initial models for
inversion.

Interpex is a software company that specializes in producing high quality software for the processing, interpretation and display of geophysical data[^1^]. It has been developing and improving IX1D since 1996, and the latest version, V350, was released
in 2020. IX1D V350 has many features and advantages that make it a useful and reliable tool for geophysicists who work with 1D sounding data.

Interpex IX1D V350
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Features of Interpex IX1D V350

It supports most DC resistivity arrays, including Wenner, Schlumberger, dipole-dipole, pole-dipole and pole-pole arrays[^2^].
It supports resistivity only or resistivity with IP measurements in terms of PFE, chargeability in msec or phase in mrad[^2^].
It supports MT sounding inversion with apparent resistivity and impedance phase[^2^].
It supports horizontal coplanar, vertical coplanar and vertical coaxial FDEM in-phase and quadrature measurements made versus frequency, coil spacing or instrument height. Measurements can be in percent or ppm of the primary field[^2^].
It supports EM conductivity measurements in terms of apparent conductivity in milliSiemens/m[^2^].
It supports TEM measurements taken with central loop, fixed loop or coincident loop configurations (additional license fee required)[^2^].
It has the capability to read in a resistivity well log from a flat ASCII file and the user can interactively reduce the log to several discreet layers by fitting straight line segments to the cumulative conductance in the log. The resulting model can be
copied to the model in the current data set for further modeling[^2^].
It allows for creation of data by spreadsheet entry or copy/paste from another spreadsheet[^2^].
It allows for import of data or models from flat ASCII files[^2^].
It allows for models to be entered from the keyboard or copy/pasted from a spreadsheet as either depth models or layer thickness[^2^].
It shows and calculates layer boundary elevations relative to surface elevations[^2^].
It allows for dynamic column and row manipulations to make model entry more convenient[^2^].
It allows for fix flags to fix parameters for the inversion calculations. Either the layer thickness (or depth) and/or the resistivity can be fixed in the inversion process[^2^].
It allows for forward and inverse model calculations to be carried out using buttons on the model entry dialog. Models can be inverted using either the layer depth or layer thickness[^2^].
It presents graphics as the sounding data on the left hand side with the model on the right hand side. Interactive property sheets allow for user configuration of displayed data. For DC and IP data, the model can be displayed on the same axes as the data[
^2^].

Advantages of Interpex IX1D V350

It is easy to use and has a user-friendly interface.
It is fast and accurate in performing 1D inversion of various types of sounding data.
It can handle multiple data sets and models in a single project file.
It can export data, models and graphics to various formats, such as Excel, Word, JPEG, BMP, etc.
It can perform batch inversion of multiple data sets using a common model template.
It can perform sensitivity analysis and error estimation of inverted models.
It can perform synthetic modeling
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