Please use this identifier to cite or link to this item:https://hdl.handle.net/20.500.12259/48975
Type of publication: Tezės kituose recenzuojamuose leidiniuose / Theses in other peer-reviewed publications (T1e)
Field of Science: Fizika / Physics (N002)
Author(s): Mickevičius, Saulius;Adlienė, Diana
Title: Radiation interaction impact on environment and technology
Is part of: The vital nature sign [elektroninis išteklius] : 9th international scientific conference : abstract book. Kaunas : Vytautas Magnus university, 2015, [no. 9]
Extent: p. 108-108
Date: 2015
Keywords: Radiation interaction;Environment;Technology
Abstract: One of profiles of our group is scientific, technological and medical applications of ionizing radiation. Currently we are focused on the development of the new methods for patient dose assessment in radiation therapy and new nanostructured materials for commercial application in radiation detectors and Pb free radiation protection equipment. We are pioneering in starting verification of in vivo doses in interstitial catheter based high dose rate brachytherapy when catheters are preimplanted direct into the cancerous tumor. For this purpose we are using a complex of (well-known and new developed ) experimental dosimetry methods: Metal – Oxide Semiconductor Field Effect Transistor detectors, thermoluminescent dosimeters (special „pin worms“ and rods, having diameter ~1mm or less, to fit into catheter), film dosimetry (radiographic and Gafchromic films and special method for their evaluation), gel dosimetry and simple pixel based method for dose evaluation in irradiated gels. It is also to point out that the reliability of all methods is validated performing uncertainty evaluation tests. Experimental verification of theoretical patient doses calculated using standard treatment planning system alow avoiding certain patient irradiation mistakes. Now we are working on development of new polymeric gels for dosimetry that provide visual information on radiation induced polymerisation due to irradiation doses applied, are sensitive to small (0.01 or 0.1 Gy) dose variations, are stable for at least one year. In paralell we are developing optical methods for dose assessment since gel evaluation in MRI modality, which is usual for this assessment, is time consuming and expensive. [...]
Internet: https://hdl.handle.net/20.500.12259/48975
Affiliation(s): Fizikos katedra
Gamtos mokslų fakultetas
Kauno technologijos universitetas
Vytauto Didžiojo universitetas
Appears in Collections:Universiteto mokslo publikacijos / University Research Publications

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