Registration Number
0223U000233,
0122U001310
, R & D reports
Title
Creation of research methods and study of microstructural and electrical properties of ceramics based on SiC and TiO2 - promising materials for nuclear power plants irradiated at a linear helium ion accelerator
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Head
Manuilenko Oleh V., Кандидат фізико-математичних наук
Pavlii Kostiantyn V., Кандидат фізико-математичних наук
Registration Date
05-01-2023
Organization
National Science Center "Kharkiv Institute of Physics and Technology"
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The results of determining the elemental composition of available samples of ceramic materials based on SiC and TiO2 on the X-ray fluorescence spectrometer are presented, as well as the results of numerical modeling (SRIM code) for calculating the sputtering coefficients of SiC and TiO2 ceramics when irradiated with the 0.12 MeV helium ions beam. It is shown that in samples of ceramics based on SiC, the total sputtering of silicon atoms is 1.7 times high than that of carbon atoms, and in samples of ceramics based on TiO2, the total sputtering of oxygen atoms is 3.5 times more than that of titanium atoms, at energy of helium ions 0.12 MeV. Due to the sputtering of more silicon atoms than carbon in SiC and more sputtered oxygen atoms than titanium in TiO2, after the dissociation of SiC and TiO2, the conductivity should increase, that is, the "surface" electrical resistance of the irradiated (front) side of the samples should decrease.
Product Description
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Zajtsev Borys V.
Manuilenko Oleh V.
Pavlii Kostiantyn V.
Soshenko Volodymyr A.
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2023-01-05
