V350 Portable [better] | Interpex Ix1d

Locating aquifers, mapping water table depths, and delineating saltwater intrusion zones in coastal regions.

for time-domain systems. Phase shift angles (measured in milliradians) . Electromagnetic (EM) Sounding Systems

Generate an initial guess model. This can be done automatically or manually.

: The software allows for the estimation of both "layered" models (fewer, discrete layers) and "smooth" models (many layers, often matching the number of data points). interpex ix1d v350 portable

for deep groundwater mapping.

Export the final geological cross-sections as graphics or save the numerical layer data for integration into larger GIS platforms. Primary Practical Applications

Users can import physical well-log datasets in flat ASCII format. By matching your surface electrical soundings against real physical drill core samples, you can calibrate model depths to true geological boundaries. for deep groundwater mapping

: Standard licenses for DC, IP, MT, and Frequency EM typically cost approximately

: Features a dynamic interface where data and models are displayed side-by-side. Users can zoom, change scales, and add annotations directly on the graphs. Data Import/Export :

The software runs directly from a folder or a USB flash drive, bypassing the need for administrative system privileges on field laptops. mapping water table depths

The program features two distinctive styles of data representation:

Users can manually define layer thicknesses and resistivities to observe the theoretical curve it generates. This is highly useful for synthetic testing and academic teaching.

Locating drinking water requires defining clean sand or gravel layers trapped between thick, impermeable clay walls. Running a vertical electrical sounding (VES) profile allows teams to find the depth of the water table and gauge water salinity before committing resources to an expensive drilling rig. 🏗️ Bedrock Depth & Geotechnical Hazard Mapping

The hallmark of the Interpex IX1D environment is its broad multi-method compatibility. Instead of switching between disparate standalone programs, operators can ingest datasets from completely different instruments into a single environment.