DOSImetroEYES

Obtaining the national metrological traceability chain
associated to the dosimetry of the eye lens by creating high-precision dosimetry phantoms,
using state-of-the-art 3D printing techniques

Project Output

Conferences

National Conference of the Romanian Radioprotection Society - SRRp 2020, Bucharest, Romania: "National and European radiation metrology projects, support for the implementation of Directive 2013/59, in health and environmental protection" (Oral presentation).
National Conference of the Romanian Radioprotection Society - SRRp 2021, Bucharest, Romania: "Aspects regarding the application of ethical principles in the field of radiological protection, presented in the IRPA Code of Ethics and in recent ICRP documents" (Oral presentation).
International Conference on Individual Monitoring of Ionizing Radiation (IM2022), Krakow, Poland, 25-29 April 2022: "Obtaining the national metrological traceability chain associated to the dosimetry of the eye lens by creating high-precision dosimetry phantoms" (Oral presentation).
6th European Congress on Radiation Protection (IRPA2022), Budapest, Hungary, 30 May - 3 June 2022: "Romanian national metrological traceability chain associated with eye lens dosimetry by high-precision dosimetry phantoms and Monte Carlo technique" (Poster).

Published paper

"Obtaining the national metrological traceability chain associated with the dosimetry of the eye lens by creating high-precision dosimetry phantoms, using state-of-the-art 3D printing techniques", Romanian Reports in Physics 74, 801 (2022).

Submitted Patent

A complete documentation related to the request for a patent for the invention under the title "The technique of creating surrogate models of the human eyeball, based on 3D printing in order to use them in dosimetric applications related to radioprotection" was sent to OSIM Address no. IFIN-HH 2474/15.04.2022. The address was registered with no. OSIM 11876/27.04.2022, and following the analysis of the documentation, the patent application was declared valid and was registered with no. OSIM A/00214/2022 on 26.04.2022.

This work was supported by a grant of the Romanian Ministry of Education and Research, CNCS - UEFISCDI, project number PN-III-P1_1.1-TE-2019-0217, within PNCDI III