Scintillation unit for gamma radiation detection BDEG-6233-1

Scintillation unit for gamma radiation detection BDEG-6233-1
Scintillation unit for gamma radiation detection BDEG-6233-1
Available
Designed for highly efficient registration of intense gamma radiation in a wide energy range.
Price
Description
Characteristics
01
The detection unit BDEG-6233-1 is designed for highly efficient registration of intense gamma radiation in a wide energy range.
02
It can be used to create spectrometric systems for measuring complex gamma spectra in various fields of science, technology and industry.
03
It is a high-performance scintillation detector based on a large crystal of BGO
The range of registered energies is not less than 0,05 - 10 MeV
Energy resolution 662 keV (137CS) no more than 10,5%
Input load not less than 3*105y/c-1
Scintillator type, crystal size BGO, ø 76*65 mm
PMT type (Hamamatsu) R6233
Supply voltage, negative polarity 1 000 - 1 500 V
Power dissipation (max) 1,9 W
Temperature instability no more than 1,2 %/°С
Operating temperature range 5°С - 50°С
Working hours continuous is allowed
Overall dimensions ø 89*265 mm
Weight 3,25 kg

About our method

Tagged neutron method
A new technology allowing non-destructive remote control of elemental composition of matter and determination of concentrations of 24 elements
See more

Areas of
application

The application of the tagged neutron method is in great demand nowadays. In-line analyzers allow real-time monitoring of the elemental composition of raw materials on the conveyor belt.
Mining
industry
Stationary analyzers AGP-F are used to analyse slurry samples of iron and phosphate ores.
Radiation control
and monitoring
In radiation monitoring systems at industrial enterprises, nuclear power plants and other facilities associated with the use of ionizing radiation sources. The unit can be used to measure the level of gamma radiation and signal when permissible values are exceeded.
High physics
energies
For experiments requiring precise measurement of gamma spectra, such as nuclear reactions, decay of radioactive isotopes and studying the properties of elementary particles. The high efficiency of the detector allows even weak signals to be recorded.

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Contacts

Work schedule:
Mon-Fri: 09:00-18:00
Sat-Sun: days off
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