Efficient radionuclide identifier

NegotiableUpdate on 02/01

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Nature of the Manufacturer: Producers

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Overview

The RadXplore ident high-efficiency radioactive nuclide identifier is used to detect gamma rays, beta rays, neutron rays, and cosmic rays from natural and anthropogenic sources, and can identify special nuclear, industrial, medical, and natural radioactive sources, as well as measure the radiation of X-rays and gamma rays.

Product Details

Efficient radionuclide identifierRadXplore ident is an ultra compact, robust, and sensitive radionuclide identifier (RlD) with a wide energy range, high throughput, and excellent stability, providing outstanding application capabilities.

RadXplore-identEfficient radionuclide identifierUsed for detecting gamma rays, beta rays, neutron rays, and cosmic rays from natural and anthropogenic sources, and capable of identifying special nuclear, industrial, medical, and natural radioactive sources, as well as measuring the radiation of X-rays and gamma rays.

RadXplore ident does not require a built-in source or LED, and can immediately and automatically compensate for gain changes caused by hysteresis effects and temperature changes.

RadXplore ident is powered by lithium-ion batteries and places great emphasis on comfortable operating experience and highly user-friendly interaction during the research and development design process.

The shell shape and weight height of RadXplore ident conform to ergonomics and compact design, making it very suitable for one handed operation

RadXplore ident uses a 2 "x 1" BGO (bismuth germanium oxide) detector, combined with high-precision, high-speed digital electronic components in an ergonomically designed, lightweight, and waterproof aluminum alloy housing, suitable for one handed operation.

RadXplore ident performs equally well in use on land, water, and even up to 10 meters underwater.

With its high-precision performance, RadXplore ident can provide consistent performance under all conditions and environments, reducing false positives and shortening the on-site decision-making process.

Especially for tasks with unknown risks, a wide measurement range (10 keVee to 1000 MeVee) and dose rate measurement are prominent advantages.

By using BGO crystals and equipping them with complex analog and digital peripheral units, it is possible to measure a wide range of gamma dose rates and neutrons.

Compared to similar handheld instruments, it can detect low radiation levels earlier, faster, and more accurately. Even at high input rates, it is possible to analyze and identify strong radiation sources. With the Easy Finder function, it is possible to locate, locate, and quickly identify radiation sources. The instrument can identify the radiation source of Cs-137 with an activity of 37 kBq within 3 seconds.

Product advantages

technical indicators

technology	Radioactive nuclide identification device
scope	Detecting gamma emissions from natural and man-made sources β、 Neutrons and cosmic radiation. Identify special nuclear materials, industrial, medical, and natural radioactive sources. Measure X-ray and gamma exposure rates or environmental dose equivalents.
BGO detector
scope of work	Gamma and thermal neutron detection
material	Bi4Ge3O12 （Gd2O3）
size	51 Ø x 25 mm3 （2“ x 1”）
PHR	9.0 ±1.5 % @ 662 keV
energy range	10 keV – 1000 MeVee (total) 10 keV – 10 MeV (gamma rays and X-rays) 10 MeVee – 1000 MeVee (cosmic radiation, muons, charged particles)
Total dose rate range (cesium-137)	10 nSv/h - 500 mSv/h (1 μrem/h - 50 rem/h) ±30 %
Dose rate range ID mode (cesium-137)	10 nSv/h - 200 μSv/h (1 μrem/h - 20 mrem/h)
Dose rate range current variance mode (cesium-137)	200 μSv/h - 500 mSv/h (0,02 rem/h - 50 rem/h)
Dose rate overload range (cesium-137)	> 500 mSv/h (50 rem/h)
Maximum input count rate in ID mode	1 million CPS (cesium-137)
Gamma sensitivity	1,850 cps/μSv/h (铯-137)
中子	According to ANSI N42.34
Neutron sensitivity	~5 cps/nv
performance
Power-on time	The operation can be completed in less than a minute
Recognition time	Identify 1 µ Ci cesium-137 within 3 seconds (5 cm from the center of the crystal)
linearization	Real time linearization of gamma energy
User interface update frequency	0.5 seconds
Nuclide library	>70 nuclides (exceeding IEC 62327, ANSI N42.34)