Prosys II The PROSYS II software is a program allowing to transfer, edit, process and export resistivity and chargeability data of the IRIS Instruments resistivity-meters (SYSCAL) and IP receivers (ELREC). The main functions of the PROSYS II software are the following ones: ● Data download ● Numeric and graphic presentation (raw parameters, resistivity, chargeability,) ● Processing (filter on threshold values, apply a sliding or median average, reject a node, reject the gapfiller quadripoles, create a batch file with a specific filtering to apply to a set of files,) ● Topography insertion ● Plot of the apparent resistivity and chargeability sections ● Export to various formats (″txt″, Res2dinv,) and visualization of the exported files. Electre Pro The ELECTRE Pro software is a program allowing to create some 2D-3D-surface/boreholes sequences of measurement for IRIS Instruments SYSCAL Pro-Switch resistivity-meters.

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Fieldview FieldView is a PC software allowing to retrieve data in real time from a resistivity-meter Syscal Pro / Elrec Pro Switch type. This allows a real time display of the apparent resistivity pseudo-section and also a possibility in the same time to store the data set in the PC in a file readable by the IRIS Instruments Prosys II software So, FieldView allows to have a direct data quality control, in the field, and then, to react quickly in case of the measurements don’t match the user’s requirements. Comsys Pro The COMSYS Pro software is a program allowing to control a SYSCAL Pro-Switch resistivity-meter in multi-electrode mode, from a PC. FullWave Designer FullWave Designer software is a PC software allowing to design your own survey with Fullwaver systems. Place rapidly your systems on a georeferenced map, locate your V-FullWaver electrodes and injection places.

• Inversion using the complex resistivity method (Kenma et al. 2000), calculation of the model resolution, and outputs the results in Voxler and Paraview formats. The 3D model obtained from the inversion of the Lernacken Sludge deposit survey data set. The the earth. 3D view from the southeast of the resistivity.
• EarthImager 2D-3D Resistivity IP Inversion Software; Learn More. Seminar Schedule. Sign up to a Resistivity Imaging Seminar. Find Video's, FAQ's, How To's and Usergroup Access. Financing Available. Work with our lenders to get your equipment now. Contact Us +1.512.335.3338 (US+International).

Check that the maximal investigation depth corresponds to the one of the target. Create rapidly images and schemes for your reports and export a datasheet containing all electrodes location for a quick and accurate setup by low qualified staff. ● Allow to design your survey on a grid ● Visualize electrode location on google Earth ● Check that the location is accessible ● Visualize report points ● Compute report points, depths of investigation and geometric factors ● Check that you reach your target ● Generate a datasheet with the electrode coordinates. Sysmar The SYSMAR software is an acquisition and picturing program designed to manage resistivity surveys in continuous mode, such as in marine applications. The resistivity-meter devoted to perform such survey is the SYSCAL Pro unit.

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Thanks to its 10 reception channels, the SYSCAL Pro allows to obtain simultaneously 10 resistivity data points corresponding to 10 depth levels. The short current injection time (150 ms) allows to record a set of 10 resistivities very quickly; in case of a GPS/Sounder recording during the profile, the acquisition step is about 2 s. Prodiviner Designed by IRIS INSTRUMENTS, 'Prodiviner' is the data acquisition software for the Magnetic Resonance Sounding (MRS) system, called NUMIS. The various type of system (NUMIS – NUMIS Plus – Numis Lite) can be driven by this software. Developed under the Windows 32 bits platform, it assumes the acquisition function together with the real time display of field measurements. During measurement, the communication with the field PC is assumed by a serial link cable (RS232-type) to connect to a communication port of the PC.

A fully coupled hydrogeophysical inversion of electrical resistivity tomography (ERT) data of a simulated tracer experiment is presented that allows to directly reconstruct the underlying hydraulic conductivity distribution of the aquifer. MinsleyIP4DI: a software for time-lapse 2D/3D DC-resistivity and induced polarization tomography.

You can try EarthImager 3D yourself today by downloading the demo. AGI is a three-dimensional resistivity and inversion modeling software. It converts electrically gathered data and converts it into a rendering presented using an advanced volume display.

EarthImager 3D is ideal for resistivity imaging—even in areas where there is a large topographic variation—without producing a noisy image. The final image can be rotated in any orientation, zoomed in and out, and translated to anywhere inside the image window in order to see the feature of interest in three-dimensional detail. It may show the shape of a hidden cave, the volume of a detected ore body, or the extent of an environmental spill plume.

AGI EarthImager 3D Use Cases EarthImager 3D is for use in geotechnical and geologic industries, including the following applications:. Outlining the shape of caves and voids. Calculating the volume of caves and voids. Visualizing the bedrock surface. Pinpointing precise well location for groundwater exploration. Outlining the shape of an ore body during mineral exploration. Calculating the volume of an ore body during mineral exploration.

Mapping the extent of environmental spills. Monitoring the progress of an environmental clean-up procedure. Calculating volumes and extent of sand, gravel, or clay during aggregate mapping. One example of AGI EarthImager 3D at work is when imaging a cave.

If you discovered the cavern using 2D imaging software, you wouldn’t be able to tell where you needed to drill in order to hit an exact location, as objects to the side of the 2D survey line gets “folded” in on the 2D image. This happens because the injected current does not simply flow downwards into the ground, but flows through the ground in all directions. 3D imaging does not have this limitation, as it can take spatial data and model the geometries in the correct location—ensuring that your drilling location is exact and accurate for more precise projects.

Features. User-friendly Windows GUI. Seamless operation with AGI resistivity instruments. Inversion Of 3D Surface Resistivity Data. Inversion Of 3D Borehole Resistivity Data. Inversion Of 3D IP Data.

3D Volumetric Rendering With Transparency Control. Volume and multiple-slice images. Interactive slice image. No software limit on number of data points or number of electrodes. No limit on array type or electrode location. 64-bit parallel processing capability with EarthImager3DCL module.

Data misfit cross-plot. Methods & algorithms.

Finite difference forward modeling. Options of boundary condition for forward modeling. Smooth model inversion.

Noisy data suppression. Miscellaneous. Trackable and retrievable user settings. Tool buttons and popup menus for easy access to frequently used menu items.

Fast hardware-accelerated 3D graphics. Windows true 24-bit color.

Inversion progress bar to show the inversion status. Well-organized and hassle-free processing directory structure. Saveable in bitmap, JPEG, PostScript, PNG, and TIFF file formats. Saveable in XYZ format so it can be loaded into any off-shelf graphics software. Convergence curve display.

User-specified minimum and maximum variable values of the image. User-specified colors and contour levels.