RADEAGLE: The NaI Radioisotope, State-of-Art Hand-Held Device

With a large, high sensitivity, NaI(Tl) crystal integrated with an intelligent algorithm, the RADEAGLE can accurately, simultaneously, and rapidly detect and identify up to six isotopes within 30 seconds, even in complex masked or shielded scenarios.

The RADEAGLE is ANSI 42.34 compliant, and offers a user-friendly interface that is simple to navigate, intuitive, provides visual clarity, and utilizes a wide array of alarms.

Adding years of industry expertise in detection and identification algorithms coupled with advanced electrical, hardware, and software systems, the RADEAGLE is the ideal hand-held RIID.

RADEAGLE is an advanced handheld, radioisotope identification device (RIID) offering excellent speed and accuracy.

Integrating a large, high sensitivity crystal with a smart algorithm, the RADEAGLE can rapidly, accurately, and simultaneously detect and identify four or more isotopes, usually within 30 seconds, even in masked scenarios or complex shielded.

The RADEAGLE is ANSI 42.34 compliant, and offers a user-friendly interface that is intuitive, provides visually clarity, simple to navigate, and utilizes a wide array of alarms.

Supports many types of scintillation crystals including CeBr3, NaI(Tl), and LaBr3(Ce) to enhance performance across a number of applications.

Blending years of industry expertise in detection and identification algorithms coupled with advanced electrical, hardware, and software systems, the RADEAGLE is the ideal hand-held RIID.

Key Customers and Applications

Nuclear safeguards

Security and military forces

First responders and emergency management

Scrap steel and recycling

Customs and border protection

Environmental management and cleanup

Nuclear medicine and scientific institutes

Intelligent Algorithm – Unparalleled Speed and Accuracy

The RADEAGLE algorithm is unique, using a neuron group to form a multi-agent system. This multi-agent system consecutively uses a mimetic learning algorithm that adapts reference data to the unique signature of the detector’s sensors. While constantly measuring background radiation, this “neuro-spectroscopic brain,” delivers unmatched speed and accuracy for detecting and identifying more than 100 nuclides, beyond ANSI 42.34 requirements.

Operating Modes

The RADEAGLE uses five standard operating modes: Dose Rate, Easy-ID, Spectrum, Detect, and Advanced. These five simple modes offer the user complete system control ranging from fast and accurate identification to wide spectrum analysis to expert system configurations.

Application Centric Approach

A chief benefit of the RADEAGLE algorithm is its enhancement for numerous real-world applications. Through wide-ranging simulation, validated and refined with real world empirical testing, the RADEAGLE’s performance is tuned and improved for main isotopes associated with SNM in the nuclear security and safeguards market, MED for nuclear medicine, and NORM and IND for environmental and industrial applications. With the submersible NaI model, even underwater measurements are supported.

Specifications

Specifications Common to All Models

Radiological Performance

Physical

Environmental

Computational

Software

Model Specific Specifications