AT6103 Mobile Radiation Scanning System

AT6103 Mobile Radiation Scanning System

Radiation survey of the area in real time and search for gamma and neutron radiation sources with GPS referencing.
 
The system can be mounted on a motor vehicle, marine vessel or aircraft without any special tools.
 
  • User-selectable set of smart detection units
  • High system scalability in terms of sensitivity to gamma and neutron radiation
  • Automatic simultaneous gamma and neutron radiation scanning
  • Real-time display of measurement results with GPS referencing
  • Search and detection of radioactive sources and real-time identification of its isotopic composition
  • Storage and operation in rugged cases
  • Assessment of surface contamination with 137Cs radionuclide (kBq/m2, Ci/km2)

Applications

Atomic Energy

Homeland Security

Environmental Radiation Monitoring

Available monitors
[Each monitor may contain 1 – 3 detection units]
[The configuration of the system is user-defined]
 

1) Gamma radiation and neutron radiation monitor [1 – 3 units of BDKG -11M and/or BDKG-19M, 1 – 3 units of BDKN-05, 1 unit of BDKG-04]

2) Highly-sensitive gamma radiation and neutron radiation monitor [1 – 3 units of BDKG-28 and/or BDKG-34, 1 – 2 units of BDKN-05, 1 unit of BDKG-04]

3) Highly-sensitive gamma radiation and neutron radiation counting monitor [1 – 2 units of BDRM-05, 1 – 2 units of BDKN-05, 1 unit of BDKG-04]
Total number of monitors in the system
18
Identified radionuclides
Medical, industrial and natural
(The library content can be modified on request)
 
The system in "Search" mode detects gamma radiation source containing 137Cs in less than 2 s in the following conditions:
Gamma radiation detection unit
BDKG-11M
BDKG-19М
BDKG-28
 BDKG-34
BDRM-05
Source activity
(450±10) kBq
(300±10) kBq
(105±5) kBq
 (105±5) kBq
(100±5) kBq
Distance from source to surface of detection unit
(100.0 ± 0.5) cm
Detection probability
95%
False alarm rate
≤1 / 10 min
 
The system in "Search" mode detects Pu-Be source of neutron radiation in less than 3 s in the following conditions:
Neutron radiation detection unit
BDKN-05
Average neutron flux from source to solid angle 4 π, sr
(5.00±1.25)∙104 neutron∙s-1
Distance from source to surface of detection unit
(125±1) cm
Detection probability
95%
False alarm rate
≤1 / 1 h

Design and specifications are subject to change.

For details see our datasheet.

Specifications

Available monitors for the system:

1) Gamma radiation and neutron radiation monitor
[1 – 3 units of BDKG -11M and/or BDKG-19M, 1 – 3 units of BDKN-05, 1 unit of BDKG-04]
2) Highly-sensitive gamma radiation and neutron radiation monitor
[1 – 3 units of BDKG-28 and/or BDKG-34, 1 – 2 units of BDKN-05, 1 unit of BDKG-04]
3) Highly-sensitive gamma radiation and neutron radiation counting monitor
[1 – 2 units of BDRM-05, 1 – 2 units of BDKN-05, 1 unit of BDKG-04]

[Each monitor may contain 1 – 3 detection units]
[The configuration of the system is user-defined]

Total number of monitors in the system:
18

Identified radionuclides:
Medical, industrial and natural
(The library content can be modified on request)
 

The system in "Search" mode detects gamma radiation source containing 137Cs in less than 2 s in the following conditions:
- Source activity:
(450±10) kBq (BDKG-11M)
(300±10) kBq (BDKG-19M)
(105±5) kBq (BDKG-28)
(105±5) kBq (BDKG-34)
(100±5) kBq (BDRM-05)
- Distance from source to surface of detection unit:
(100.0 ± 0.5) cm
- Probability of detection:
95%
- False alarm rate:
≤1 / 10 min
 

The system in "Search" mode detects Pu-Be source of neutron radiation in less than 3 s in the following conditions:
- Average neutron flux from source to solid angle 4π:
(5.00±1.25)∙104 neutrons∙s-1 (BDKN-05)
- Distance from source to surface of detection unit:
(125±1) cm
- Probability of detection:
95%
- False alarm rate:
≤1 / 1 h​

Design and specifications are subject to change.

For details see our datasheet.

PDF icon Datasheet (AT6103)

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