FIELD: dosimetry.
SUBSTANCE: method for gamma radiation dosimetry comprises stages of placing a fibre optic waveguide with a core of pure quartz glass in the gamma radiation area and measuring the changes in the radiation-induced optical losses in the fibre optic waveguide (RIOLW), wherein the dose rate of gamma radiation is calibrated by the RIOLW measured at the wavelength of the probing radiation of 1.55 mcm, wherein the glass of the waveguide core has an oxygen deficiency and comprises no more than 0.01 mass.% of chlorine.
EFFECT: increase in the accuracy of dosimetry of zones with a high level of gamma radiation.
2 cl, 1 tbl
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| METHOD FOR MANUFACTURING RADIATION-RESISTANT OPTICAL FIBERS | 2021 |
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| RADIATION-RESISTANT FIBRE-OPTIC GUIDE, METHOD FOR PRODUCTION THEREOF AND METHOD OF IMPROVING RADIATION RESISTANCE OF FIBRE-OPTIC GUIDE (VERSIONS) | 2013 |
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| MCVD METHOD OF MANUFACTURING SINGLE-MODE LIGHTGUIDES WITH CORE FROM PURE QUARTZ GLASS | 2017 |
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| MCVD METHOD OF MANUFACTURING LIGHT-GUIDE FIBERS WITH CORE MADE FROM QUARTZ GLASS LIGATED WITH NITROGEN | 2018 |
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| FIBER LIGHT GUIDE RESISTANT TO NUCLEAR AND/OR IONISING RADIATION (VERSIONS), MICROSTRUCTURE FIBER LIGHT GUIDE RESISTANT TO NUCLEAR AND/OR IONISING RADIATION, AND METHOD FOR MOLECULAR HYDROGEN OR DEUTERIUM CONCENTRATION REGULATION IN FIBER LIGHT GUIDE | 2005 |
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| APPARATUS FOR MAKING QUARTZ WORKPIECES OF FIBRE-OPTIC GUIDES | 2010 |
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| METHOD OF MAKING LIGHT GUIDES BASED ON LOW-OPTICAL LOSS QUARTZ GLASS | 2011 |
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| METHOD OF PRODUCING MULTIMODE LOW-DISPERSION LIGHT GUIDES | 2014 |
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