Neutron Probe

The Radiological Detection System (RDS) Neutron Probe is designed to detect neutrons in the energy range from 0.025 eV (thermal or slow) neutrons to 15 MeV (fast). The Neutron Probe has advanced solid-state neutron detection capability. The detector is surrounded by a High-Density Polyethylene (HDPE) material that efficiently slows high-energy neutrons down to a detectable level. The rounded shape allows for sensitivity to neutrons coming in from all directions. The orientation plate on the side of the probe is to be used as a positioning aid against flat vertical surfaces.

Datasheet

Neutron Probe Features:

Detection of neutron radiation
Part of the RDS radiation detecting probe family
Advanced solid-state neutron detection capability (no He-3 but just as reliable as He-3)
Detector surrounded by High-Density Polyethylene (HDPE), a material that efficiently slows high-energy neutrons to a detectable level
Sensitive to neutrons coming in all directions
Calibration and firmware upgrades via the Rad-Extender
Common probe connector cable can be used with any RDS probe
Detection range from 0.025eV to 15Mev
An orientation plate is included as a positioning aid against flat surfaces
Meets ANSI N42.34 standard
Robust cable connections
Smart Probe functionality where calibration data is stored on the probe - can be used with any Base Unit
Designed and tested for military ruggedness to meet both military/defense requirements and industrial applications
Ergonomic handle plus an optional shoulder strap

As a smart probe, the Neutron Probe contains a microprocessor and high voltage circuitry for creating its own high voltage. No high voltage is transferred across the interface cable. When connected to the Base Unit, the display will show the probe’s image and radiation measurement—the probe’s onboard memory stores the probe type and calibration information.