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Measurement of X-ray and gamma radiation ambient dose equivalent and ambient dose equivalent rate.
Atomic Energy
Dosimetric control (Radiation survey)
Measurement of X-ray and gamma radiation ambient dose equivalent and ambient dose equivalent rate.
Measurement of gamma and X-ray radiation ambient dose equivalent rate and ambient dose equivalent, as well as measurement of beta particle flux density (АТ6130).
- Measurement of continuous, short-term and pulse gamma and X-ray radiation ambient dose equivalent and ambient dose equivalent rate
- Search and detection of X-ray and gamma radiation sources
- Search and detection of high-level beta radiation sources with maximum spectrum energy of more than 500 keV
- Measurement of gamma and X-ray radiation ambient dose equivalent and ambient dose equivalent rate
- Control of 137Cs content in samples inside 0.5-liter Marinelli beaker, both with and without protection unit
- Measurement of alpha and beta particle flux density from contaminated surfaces (external BDPS‑02 detection unit)*
- Search and detection of X-ray and gamma radiation sources
Portable combined multi-purpose instrument, which can be equipped with different external detection units for various applications as applicable.
Depending on the set of detection units the radiation monitor is suitable for measurement of:
- X-ray, gamma and neutron radiation ambient dose equivalent and ambient dose equivalent rate
- Air kerma and air kerma rate of X-ray and gamma radiation
- Directional dose equivalent and directional dose equivalent rate of continuous X-ray and gamma radiation
- Flux density of alpha and beta particles from contaminated surfaces
- Flux density and fluence of neutrons with known energy distribution
- Surface activity and disintegrations of 239Pu and 90Sr + 90Y
- On-line search for sources of ionizing radiation and radioactive materials
Measurement of neutron radiation ambient dose equivalent rate and ambient dose equivalent, as well as simultaneous monitoring of gamma radiation ambient dose equivalent rate and ambient dose equivalent
The following configurations of radiation monitor can be used:
With BDKG-24: For measurement of gamma and X-ray radiation ambient dose equivalent and ambient dose equivalent rate
With BDKG-30: For measurement of air kerma and air kerma rate
With BDKG-24: For measurement of gamma and X-ray radiation ambient dose equivalent and ambient dose equivalent rate
With BDKG-30: For measurement of air kerma and air kerma rate
Contamination control
This configuration of radiation monitor can be used for the following purposes:
- Measure alpha particles flux density and surface activity of 239Pu with BDPA-02 / BDPA-03
- Measure beta particles flux density and surface activity of 90Sr+90Y with BDPB-02 / BDPB-03
Sample counter is designed for simultaneous or separate measurement of gross alpha activity and gross beta activity in various samples.
Isotope identification
- Search and detection of gamma radiation sources with automatic identification of radionuclide composition
- Measurement of gamma radiation ambient dose equivalent rate
- Detection of neutron radiation and measurement of neutron count rate (АТ6102)
- Measurement of neutron radiation dose rate (external BDKN-03 detection unit)
- Measurement of alpha and beta particles flux density from contaminated surfaces (external BDPA-01/BDPB-01 detection units)
- Search and detection of gamma radiation sources with identification of radionuclide composition
- Measurement of gamma radiation ambient dose equivalent rate
Stationary area monitoring
Measurement of extremely wide-range of ambient dose equivalent rate and ambient dose equivalent of continuous X-ray and gamma radiation in severe operating conditions, including emergency situations.
Radiation control of radiation-sensitive and radiation-dangerous sites and facilities, as well as radiation control of environment.
Detection of self-sustaining chain reaction and generation of alarm signals to evacuate personnel from hazardous area.
АТ2331 can be combined with АТ2327 and a personal computer running "SARK.NET" software to create an alarm system for occurrence of self-sustaining chain reaction.
Spectrometric and dosimetric radiation control of area, facilities, wells and other sites.
Control of radiation-sensitive and radiation-dangerous sites and territories with visual display of readings on a large screen.
Radiation control around NPP and other nuclear industry facilities
Dosimetric gamma radiation detection units (BDKG-04, BDKG-22, BDKG-23, BDKG-23/1, BDKG-24, BDKG-25, BDKG-30, BDKG-32, BDKG-35, BDKG-36, BDKG-38, BDKG-204, BDKG-224, BDKG-230) for use in stationary and mobile monitoring stations and robot devices for land, aircraft and marine applications
Spectrometric gamma radiation detection units (BDKG-05М, BDKG-11М, BDKG-19М, BDKG-201М, BDKG-203М, BDKG-205М, BDKG-211М, BDKG-219М) for use in stationary and mobile monitoring stations and robot devices for land, aircraft and marine applications
Neutron radiation detection units (BDKN-01, BDKN-02, BDKN-03, BDKN-04, BDKN-05)
Portable combined multi-purpose instrument, which can be equipped with different external detection units for various applications as applicable.
Depending on the set of detection units the radiation monitor is suitable for measurement of:
- X-ray, gamma and neutron radiation ambient dose equivalent and ambient dose equivalent rate
- Air kerma and air kerma rate of X-ray and gamma radiation
- Directional dose equivalent and directional dose equivalent rate of continuous X-ray and gamma radiation
- Flux density of alpha and beta particles from contaminated surfaces
- Flux density and fluence of neutrons with known energy distribution
- Surface activity and disintegrations of 239Pu and 90Sr + 90Y
- On-line search for sources of ionizing radiation and radioactive materials
- Search and detection of gamma radiation sources with automatic identification of radionuclide composition
- Measurement of gamma radiation ambient dose equivalent rate
- Detection of neutron radiation and measurement of neutron count rate (АТ6102)
- Measurement of neutron radiation dose rate (external BDKN-03 detection unit)
- Measurement of alpha and beta particles flux density from contaminated surfaces (external BDPA-01/BDPB-01 detection units)
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.
- Measurement of 134Cs and 137Cs surface contamination and specific activity in soils
- Measurement of 137Cs, 134Cs and 131I specific activity in water, foodstuffs, agricultural and forestry products and liquid radioactive wastes
- Determination of 40K, 226Ra and 232Th natural radionuclides content
- Radionuclide identification: 134Cs, 137Cs, 131I, 40K, 226Ra and 232Th
- Measurement of gamma radiation ambient dose equivalent rate
Sample counter is designed for simultaneous or separate measurement of gross alpha activity and gross beta activity in various samples.
Radioactive contamination control of water and bottom sediments at depths up to 500 meters with GPS-referencing.
Measurement of volume activity and specific activity of gamma emitting radionuclides in water, foodstuff, agricultural raw materials and fodder, industrial raw materials, forestry products, building materials, soil and other objects of environment.
Simultaneous and selective activity measurement of gamma emitting radionuclides in potable water, food, agricultural raw materials and fodder, industrial raw materials, forestry products, building materials, soil and other objects of environment.
Support of quick radioactive purity test for standardized sample metal heats.
Activity measurement of 137Cs and 134Cs gamma-emitting radionuclides in human body.
Activity measurement of 131I and 133I gamma-emitting radionuclides in human thyroid gland.
Radiation control of radiation-sensitive and radiation-dangerous sites and facilities, as well as radiation control of environment.
Spectrometric and dosimetric radiation control of area, facilities, wells and other sites.
Control of radiation-sensitive and radiation-dangerous sites and territories with visual display of readings on a large screen.
The following configurations of radiation monitor can be used:
With BDKG-24: For measurement of gamma and X-ray radiation ambient dose equivalent and ambient dose equivalent rate
With BDKG-30: For measurement of air kerma and air kerma rate
With BDKG-24: For measurement of gamma and X-ray radiation ambient dose equivalent and ambient dose equivalent rate
With BDKG-30: For measurement of air kerma and air kerma rate
Special vehicles and robotic systems
Dosimetric gamma radiation detection units (BDKG-04, BDKG-22, BDKG-23, BDKG-23/1, BDKG-24, BDKG-25, BDKG-30, BDKG-32, BDKG-35, BDKG-36, BDKG-38, BDKG-204, BDKG-224, BDKG-230) for use in stationary and mobile monitoring stations and robot devices for land, aircraft and marine applications
Measurement of extremely wide-range of ambient dose equivalent rate and ambient dose equivalent of continuous X-ray and gamma radiation in severe operating conditions, including emergency situations.
Spectrometric gamma radiation detection units (BDKG-05М, BDKG-11М, BDKG-19М, BDKG-201М, BDKG-203М, BDKG-205М, BDKG-211М, BDKG-219М) for use in stationary and mobile monitoring stations and robot devices for land, aircraft and marine applications
Neutron radiation detection units (BDKN-01, BDKN-02, BDKN-03, BDKN-04, BDKN-05)
Portable combined multi-purpose instrument, which can be equipped with different external detection units for various applications as applicable.
Depending on the set of detection units the radiation monitor is suitable for measurement of:
- X-ray, gamma and neutron radiation ambient dose equivalent and ambient dose equivalent rate
- Air kerma and air kerma rate of X-ray and gamma radiation
- Directional dose equivalent and directional dose equivalent rate of continuous X-ray and gamma radiation
- Flux density of alpha and beta particles from contaminated surfaces
- Flux density and fluence of neutrons with known energy distribution
- Surface activity and disintegrations of 239Pu and 90Sr + 90Y
- On-line search for sources of ionizing radiation and radioactive materials
- Search and detection of gamma radiation sources with automatic identification of radionuclide composition
- Measurement of gamma radiation ambient dose equivalent rate
- Detection of neutron radiation and measurement of neutron count rate (АТ6102)
- Measurement of neutron radiation dose rate (external BDKN-03 detection unit)
- Measurement of alpha and beta particles flux density from contaminated surfaces (external BDPA-01/BDPB-01 detection units)
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.
- Measurement of 134Cs and 137Cs surface contamination and specific activity in soils
- Measurement of 137Cs, 134Cs and 131I specific activity in water, foodstuffs, agricultural and forestry products and liquid radioactive wastes
- Determination of 40K, 226Ra and 232Th natural radionuclides content
- Radionuclide identification: 134Cs, 137Cs, 131I, 40K, 226Ra and 232Th
- Measurement of gamma radiation ambient dose equivalent rate
Radioactive contamination control of water and bottom sediments at depths up to 500 meters with GPS-referencing.
Sample counter is designed for simultaneous or separate measurement of gross alpha activity and gross beta activity in various samples.
Measurement of volume activity and specific activity of gamma emitting radionuclides in water, foodstuff, agricultural raw materials and fodder, industrial raw materials, forestry products, building materials, soil and other objects of environment.
Simultaneous and selective activity measurement of gamma emitting radionuclides in potable water, food, agricultural raw materials and fodder, industrial raw materials, forestry products, building materials, soil and other objects of environment.
Support of quick radioactive purity test for standardized sample metal heats.
Activity measurement of 137Cs and 134Cs gamma-emitting radionuclides in human body.
Radiation control of radiation-sensitive and radiation-dangerous sites and facilities, as well as radiation control of environment.
The following configurations of radiation monitor can be used:
With BDKG-24: For measurement of gamma and X-ray radiation ambient dose equivalent and ambient dose equivalent rate
With BDKG-30: For measurement of air kerma and air kerma rate
With BDKG-24: For measurement of gamma and X-ray radiation ambient dose equivalent and ambient dose equivalent rate
With BDKG-30: For measurement of air kerma and air kerma rate
NPP Calibration facilities
Storage and transfer of air kerma, ambient, individual and directional dose equivalents and dose equivalent rates of X-ray radiation into working standards and measurement instruments.
Reproduction and transfer of air kerma, exposure dose, ambient dose equivalent, personal dose equivalent units and their respective rates into working standards and measurement instruments during verification, calibration and test procedures.
Reproduction and transfer of air kerma, exposure dose, ambient dose equivalent, personal dose equivalent units and their respective rates into working standards and measurement instruments during verification, calibration and test procedures.
Reproduction and transfer of neutron flux density, ambient dose equivalent rate and personal dose equivalent rate units of neutron radiation during calibration, verification and testing of neutron radiation monitors and dosimeters.
Personnel safety
Control of X-ray and gamma radiation personal dose equivalent.
The dosimeter with PC reader and software makes an efficient automatic system for staff radiation exposure control.
Activity measurement of 137Cs and 134Cs gamma-emitting radionuclides in human body.
Control of X-ray and gamma radiation personal dose equivalent.
The dosimeter with PC reader and software makes an efficient automatic system for staff radiation exposure control.
Activity measurement of 60Co and other gamma-emitting radionuclides in human lungs.
Activity measurement of 131I and 133I gamma-emitting radionuclides in human thyroid gland.
Detection of gamma radiation sources in a stream of people crossing borders of secure facilities.
