Search

Transmission of units of absorbed dose, directed, individual dose equivalents and their beta radiation power as part of the working standard of absorbed dose (PD) and absorbed dose power (MPD) of beta radiation in a tissue equivalent substance. ▪ Use of closed radionuclide beta radiation sources 90Sr+90Y (BIS-50, 22 GBk), 85Kr (KAC.D3, 15 GBk) and 147Pm (BIP-50, 10 GBk) ▪ Formation of a reference field from sources by a mobile emitter unit using smoothing filters ▪ Source holders with shutter and protective screens ▪ Calibrated length rods and laser device for centering and digitizing ▪ A video surveillance system of readings ▪ The possibility of using an automated extrapolation chamber as part of the installation to reproduce the absorbed dose (absorbed dose rate) of beta radiation in the tissue ▪ Measurement of ionization currents from 1 fA when using an extrapolation chamber and a precision electrometer ▪ Software for installation operation, calibration and calculations ▪ An alarm and blocking system, control of photon radiation levels in the measurement room and operator room

The fast-deployable radiation monitoring system (BR ASKRO) is intended for the operational creation of a local autonomous automated network of portable radiation monitoring posts in places where radiation emergencies occur. The main purpose of the system being created is continuous radiation monitoring, on areas up to 1 km2, when performing work to localize accidents and eliminate their consequences to ensure the safe operation of personnel of emergency rescue units, as well as to monitor the effectiveness of the work performed.

Irradiator with a typical collimator Rotary drum magazine sources in tungsten and lead protection Software control of the movement of sources and positioning of the mobile platform An alarm and blocking system, radiation monitoring system to ensure the safety of the installation Control from the operator panel or computer with verification automation functions

Storage and transfer of kerma units in the air, ambient, individual and directional dose equivalents and their X-ray radiation capacities to working standards and measuring instruments. ▪ The use of highly stable ISOVOLT X-ray machines with metal-ceramic tubes ▪ Field shaper with radiation qualities according to GOST 8.087, ISO 4037, IEC 61267, etc. ▪ Replaceable discs with 11 filter slots; 3 replaceable diaphragms ▪ Additional filters up to 50 mm thick ▪ A protective flap made of tungsten with beam attenuation of more than 1000 times and a response time of less than 0.1 s ▪ A camera monitor and an electrometric unit provide monitoring of the presence and stability of the radiation output ▪ A positioning system in the radiation beam along three axes ▪ A laser detector centering devices ▪ A video surveillance system of indications ▪ Alarm and blocking systems, radiation monitoring ▪ A control system using operator panels and PC

The field of fast and thermal neutrons in a collimated beam Fast neutron field in “open” geometry using a screening cone according to ISO 8529-2 Drum source magazine with polyethylene and concrete protection at a depth of 1 meter Software control of the movement of sources and positioning of the mobile platform An alarm and blocking systems, radiation monitoring Control from the operator panel or computer with verification automation functions

Modular principle of system construction Automatic correction of threshold levels when the background level of the environment changes High reliability and self-control Backup power supply Automatic data logging The possibility of connecting a video surveillance system

Rapid adaptation to changes in the radiation background Audible and light alarms The possibility to create a network of MCI (up to 32) under the control of a PC and specialized software Mobility and the possibility to organize the control of passages in a short time High reliability and self-control Backup power supply

The fast-deployable radiation monitoring system (BR ASKRO) is intended for the operational creation of a local autonomous automated network of portable radiation monitoring posts in places where radiation emergencies occur. The main purpose of the system being created is continuous radiation monitoring, on areas up to 1 km2, when performing work to localize accidents and eliminate their consequences to ensure the safe operation of personnel of emergency rescue units, as well as to monitor the effectiveness of the work performed.

▪ Rapid adaptation to changes in the radiation background ▪ Audible and light alarms when gamma radiation is detected ▪ Mobility and the possibility of forming passages ▪ Self-control of components in the process of work ▪ The possibility of continuous or episodic radiation monitoring ▪ The possibility to work from a 230V, 50Hz network or from a built-in rechargeable battery Compliance with the international standard IEC 62244:2006 Stationary radiation monitors for the detection of radioactive and special nuclear materials at state borders

The installations are designed for continuous monitoring of the radiation situation at specified points of radiation objects with data transmission via VHF radio frequency channel and/or GSM/GPRS network. Purpose: radiation monitoring of industrial sites of nuclear power plants and other radiation facilities (RCP); radiation monitoring of the environment of sanitary protection zones and observation zones (RCOS); creation of an automated system for monitoring the radiation situation (ASKRO) of territories, sanitary protection zones (SPZ) and monitoring zones (ZN) of radiation-hazardous objects; creation of situational crisis centers (SCC) of enterprises and regions.

Displaying the spectra and dose rates measured by each detection unit (DB) on the object plan or terrain map Identification of the radionuclide composition of the source The possibility of expanding the energy range up to 5 MeV Sealed DB design (IP68) Backup power supply

Irradiator with a typical collimator Rotary drum magazine sources in tungsten and lead protection Software control of the movement of sources and positioning of the mobile platform An alarm and blocking system, radiation monitoring system to ensure the safety of the installation Control from the operator panel or computer with verification automation functions