Borehole Nuclear logging

Borehole nuclear logging provides information on bulk density and porosity variations by measuring the intensity of the scattered radiation induced in the formation by radioactive sources.

Density Gamma borehole nuclear logging probe
Density Gamma

The Density Gamma offers a convenient, low cost alternative to the standard Formation Density probe whenever borehole diameter is restricted and qualitative density measurements are acceptable.

Iron Ore Density borehole nuclear logging probe
Formation Density HD

The Formation Density HD probe has enhancements over the standard Formation Density probe including extra collimation, different source-detector spacings and a higher activity source making it suitable for iron ore logging.

Formation Density borehole nuclear logging probe
Formation Density

The Formation Density probe uses dual shielded detectors to provide a borehole-compensated density measurement with good bed-boundary resolution.

Neutron borehole nuclear logging probe
Neutron

The Neutron probe provides qualitative porosity logging under most borehole conditions including through steel or plastic casing and drill-pipe.

Small Source Density borehole nuclear logging probe
Small Source Density

The Small-Source Density probe provides calibrated and borehole-compensated density logs at sensible logging speeds using a very low activity 60Co gamma source that may not require a radiation licence in certain territories.

Dual Neutron borehole nuclear logging probe
Dual Neutron

The Dual Neutron probe provides a calibrated borehole-compensated neutron porosity measurement in mud-filled open holes.

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More Information

Click on the thumbnail image below to see the comprehensive portfolio of Geophysical Borehole Logging Probes as a downloadable Slim hole Probe Catalogue.
Slimhole Probe
Catalogue