[updated] - Interpex Ix1d V350

: The software supports common DC resistivity arrays, including Wenner, Schlumberger, Dipole-dipole, Pole-dipole , and Pole-pole configurations.

Handles measurements in PFE, chargeability (msec), or phase (mrad). interpex ix1d v350

Supports standard arrays like Wenner, Schlumberger, dipole-dipole, and pole-pole. It handles resistivity only or resistivity with IP measurements (chargeability, PFE, or phase). : The software supports common DC resistivity arrays,

Beyond its mathematical core, the software’s practical utility is enhanced by several key features. The “forward modeling” mode is exceptional for educational purposes and hypothesis testing, allowing users to build synthetic geological models (e.g., a resistive layer over a conductive aquifer) and instantly view the resulting apparent resistivity curve. Critically, the V350 version introduced advanced capabilities like the handling of induced polarization (IP) effects, allowing for the joint interpretation of resistivity and chargeability data—a powerful combination for mineral exploration. The ability to import and export data in multiple formats, alongside a manual "picking" routine to estimate asymptotic resistivities, streamlines what would otherwise be tedious calculations. It handles resistivity only or resistivity with IP

During inversion, watch the RMS error. v350 typically achieves convergence in 5-15 iterations. A final RMS < 5% is excellent for clean data; <10% is acceptable for noisy field conditions.