V350 [hot] - Interpex Ix1d

[Import Raw Sounding Data] │ ▼ [Perform Occam Smooth Inversion] ──► (Identifies continuous depth trends) │ ▼ [Design Layered Model (Marquardt)] ──► (Extracts distinct geologic boundaries) │ ▼ [Run Equivalence Analysis] ──► (Validates non-uniqueness & reliability) Step 1: Smooth Inversion (Occam's Method)

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Before running an automatic inversion, build a rough conceptual model:

IX1D evaluates data from shallow terrain conductivity meters and deeper frequency-domain EM soundings. interpex ix1d v350

: Processes IP metrics alongside DC resistivity, integrating Percent Frequency Effect (PFE), Chargeability (msec), and Phase (mrad).

Electrode spacing (e.g., AB/2 for Schlumberger or 'a' spacing for Wenner). Apparent resistivity ( ρarho sub a in ohm-m). Chargeability (m in mV/V or mrad) if processing IP data. Step-by-Step Import Open IX1D v3.50 and select .

N --> P[Display as Log-Log Graphs<br>or Resistivity vs. Depth/Elevation] N --> Q[Export Results: ASCII Files,<br>Images, Tables for Reports] N --> R[2D Profiling: Build Section<br>from Multiple Soundings] [Import Raw Sounding Data] │ ▼ [Perform Occam

Turning raw apparent resistivity curves into true depth-versus-resistivity models requires a balanced approach between automated math and geologic reality.

Assessing bedded bedrock depth prior to heavy infrastructure building, identifying structural fault zones, and locating hidden underground voids.

After launching , use File > Import to load your field data. The software automatically recognizes common electrode spacings (AB/2 or a-spacing). You can edit bad points directly in the data grid. I'll follow the search plan to collect relevant information

They laid out long cables across the dusty ground, performing a . The instruments sent electrical currents into the earth, measuring how much the ground resisted that flow. To the naked eye, these measurements were just a chaotic jumble of numbers and "apparent resistivity" values. The Digital Interpreter

Fig. 1: The typical workflow for interpreting VES data using Interpex IX1D v3.50.

A major strength of IX1D is its streamlined data handling. Users can:

: Features an interactive interface for dragging model layers (thickness, depth, resistivity) to manually adjust fits.