Radiation Monitoring Kit Atom Spectra Nano3 and Atom Tag

Purpose determination of the effective dose of patients in radiation diagnostics; control of stability of parameters of X-ray machines

Purpose: measurement of the ambient dose equivalent of gamma and continuous X-ray (photon) radiation N *(10); measurement of the ambient dose equivalent of gamma and continuous X-ray (photon) radiation N *(10).

Measurement of the ambient dose equivalent of continuous and average dose rate of pulsed X-ray and gamma radiation in an extremely wide range under harsh operating conditions.

Modification of the ISS-05 "TERRA" dosimeter-radiometer with a Bluetooth radio channel module. A small-sized device for monitoring radiation conditions with the ability to save and transfer measurement results to a PC. Purpose: measurement of the ambient dose equivalent of N*(10) gamma radiation; measurement of ambient dose equivalent of H*(10) gamma radiation; measurement of beta particle flux density;

Depending on the set of detection units, the device is designed to measure: - ambient dose equivalent and ambient dose equivalent power of X-ray, gamma and neutron radiation; - kerma and kerma power in the air; - the directional dose equivalent and the power of the directional dose equivalent of continuous X-ray and gamma radiation; - the flux and fluence densities of alpha and beta particles from contaminated surfaces; - the flux and fluence densities of neutron radiation with a known energy distribution; - surface activity and number of decays of 239Pu and 90Sr + 90Y; - operational search for sources of ionizing radiation and radioactive materials.

A small-sized device for measuring the power of the ambient dose equivalent and the ambient dose equivalent of X-ray and gamma radiation. The case is made of impact-resistant ABS plastic Convenient menu Search mode

High sensitivity Audible, light and visual alarm of exceeding the set threshold levels The possibility of using both stationary and wearable versions Automatic recording and storage of at least 10,000 GPS-linked measurement results when using BOI4 The possibility of automatic data transfer to a remote server, as well as processing them in export application software when using BOI4

It is recommended for workplace monitoring when working with medical and industrial X-ray machines and installations, X-ray flaw detectors, X-ray equipment for baggage inspection.

Purpose: measurement of the ambient dose equivalent of N*(10) gamma radiation; measurement of ambient dose equivalent of N*(10) gamma radiation (operator dose).

Purpose: measurement of the product of the air kerma on the cross-sectional area of the X-ray beam at the output of the X-ray machine; determination of the power of the product of the air kerma on the cross-sectional area of the X-ray beam of light at the output of the X-ray machine; monitoring the stability of medical X-ray machines during their operation; verification of clinical dosimeters with pass-through ionization chambers (after certification as a working standard).

The principle of operation of dosimeters is based on the accumulation of ionizing radiation energy by detectors proportional to the radiation dose. In DVG-02TM installations, DOZA-TLD complexes, etc., when the detector is heated, the accumulated energy is released in the form of light radiation, which is recorded by an electronic device.

Purpose measurement of the ambient dose equivalent of N*(10) gamma radiation; measurement of ambient dose equivalent of H*(10) gamma radiation; assessment of surface contamination with radionuclides.

High sensitivity Sound, light and visual alarm of exceeding the set threshold levels The possibility of using both stationary and wearable versions A wide range of measurements

A unique highly sensitive device for monitoring dose loads on the lens, mucous membranes and skin Spectrum display mode when connected to a PC It is not intended for measuring the natural radiation background

Purpose: measurement of the individual dose equivalent of Hp(10) photon radiation; measurement of the individual dose equivalent of Hp(10) neutron radiation; measurement of the individual dose equivalent in the skin Hp(0.07) and the lens of the eye Hp(3) of photon and beta radiation; measurement of ambient dose equivalent H*(10) of photon radiation.