Resumen
FIELD: physics.
SUBSTANCE: invention relates to the thermoexoelectronic (TEE) dosimetry of electron radiation and may be suitable for high-dosimetry of high-energy electron radiation (up to 10 MeV). The working substance for the thermoexoelectronic dosimetry of high-energy electron radiation based on sodium fluoride crystals additionally contains lithium fluoride and copper chloride atthe following component ratio (mol. %): NaF 98.3-98.9, LIF 1-1.5, CuCl2 0.1-0.2.
EFFECT: providing increased sensitivity of the dosimetry tract.
SUBSTANCE: invention relates to the thermoexoelectronic (TEE) dosimetry of electron radiation and may be suitable for high-dosimetry of high-energy electron radiation (up to 10 MeV). The working substance for the thermoexoelectronic dosimetry of high-energy electron radiation based on sodium fluoride crystals additionally contains lithium fluoride and copper chloride atthe following component ratio (mol. %): NaF 98.3-98.9, LIF 1-1.5, CuCl2 0.1-0.2.
EFFECT: providing increased sensitivity of the dosimetry tract.
Título traducido de la contribución | WORKING SUBSTANCE FOR THERMOEXOELECTRONIC DOSIMETRY OF HIGH-ENERGY ELECTRONIC RADIATION: patent of invention |
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Idioma original | Russian |
Número de patente | 2622240 |
CIP | G01T 1/00 |
Fecha de introducción | 30/05/2016 |
Estado | Published - 13 jun 2017 |