It interprets data from vertical electrical soundings (VES). This includes data from common array types such as:
: Checking soil stability for construction or environmental hazards. interpex ix1d v350
Data can be created or edited directly via a spreadsheet interface. It interprets data from vertical electrical soundings (VES)
| | Location | Key Outcome / Finding | Source | | :--- | :--- | :--- | :--- | | Hydrogeology | West Nile Delta, Egypt | Combined VES and TEM data to map Pleistocene and Pliocene aquifers, delineating depths from 6m to 90m. | | | Geotechnical | Tripura, India | Identified effective sand beds for aquifer zones; established resistivity variation curves and lithological stratification. | | | Environmental | Ebonyi State, Nigeria | Generated geoelectric layers for foundation purposes; inferred lithologies from geo-electric sections. | | | Geothermal | West New Britain, PNG | Detected four geoelectric layers related to geothermal activity, including a layer with an "anomalously very low resistivity" of ≤2 Ωm. | | | | Location | Key Outcome / Finding
While newer versions and 2D/3D software exist, v3.50 remains a historically significant and widely used version in the geophysics community due to its stability and robust inversion algorithms.
: Can import resistivity well logs from ASCII files and interactively reduce them to discrete layers for model fitting. Modeling & Inversion Features
At the center of processing this data is , a industry-standard 1D forward and inverse modeling software. This article provides a comprehensive breakdown of the software's capabilities, core workflows, and practical applications for geophysicists. What is Interpex IX1D v3.50?