DETECTION OF ABSORBED GAMMA-RADIATION DOZE IN INTENSIVE RADIOACTIVE FIELDS WITH THE USE OF CHEMICAL DOSIMETRY
Journal: ANRI
№ 1
, 2025
Rubrics: SCIENTIFIC ARTICLE
Authors:
1.
Research centre of security of technical systems 12 Central research institute of the Ministry of defence of the Russian Federation
2.
Kunitsyna Elena, Zhovanik Vitalii («12th Central Research Institute» of the Ministry of Defense of Russia
(Engineer)
Type:
Article
Pages:
from 39
to 46
Status:
Published
Received:
27.04.2025
Accepted:
27.04.2025
Published:
27.04.2025
Subject area:
UDC 544.54
Language:
Russian
Keywords:
chemical dosimetry, dosimetry system, solution optical density (optical transmission), absorbed gamma radiation dose, measurement exponential relation, calibration. curve
Abstract:
This Work is devoted to the use of chemical dosimetry in conditions of intensive radiation exposure at various nuclear and radiation-hazardous facilities. The dependence of change in the optical properties of a number of organic solvents under gamma radiation has been studied and the most effective composition of the dosimetric liquid for the absorbed dose detection having stable readings over time with the minimal measurement error and absence of radiation effect has been determined.
This Work is devoted to the use of chemical dosimetry in conditions of intensive radiation exposure at various nuclear and radiation-hazardous facilities. The dependence of change in the optical properties of a number of organic solvents under gamma radiation has been studied and the most effective composition of the dosimetric liquid for the absorbed dose detection having stable readings over time with the minimal measurement error and absence of radiation effect has been determined.
Keywords:
chemical dosimetry, dosimetry system, solution optical density (optical transmission), absorbed gamma radiation dose, measurement exponential relation, calibration. curve
chemical dosimetry, dosimetry system, solution optical density (optical transmission), absorbed gamma radiation dose, measurement exponential relation, calibration. curve
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