Optical Constants and Functions of Corundum Single Crystals in the Vacuum Ultraviolat Region
V.V. Harutunyan, T.S. Hakobyan, A.S.Hovhannesian, V.A. Gevorkyan, N.E., Grigoryan, A.K.Avakyan, V.A.Grigoryan
TL;DR
This study investigates the optical reflection spectra of corundum single crystals across the vacuum ultraviolet range, examining effects of electron and neutron irradiation using synchrotron radiation polarization.
Contribution
It provides new data on how irradiation influences the optical properties of corundum crystals in the vacuum ultraviolet region.
Findings
Optical reflection spectra vary after irradiation.
Irradiation effects depend on the type of radiation used.
Spectral features are characterized across 5-30 eV energy range.
Abstract
Optical reflection spectra of corundum single crystals grown by HOC and Verneil methods are investigated before and after irradiated by electrons and neutrons using synchrotron radiation polarization (5-30eV).
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Taxonomy
TopicsMineralogy and Gemology Studies · Cultural Heritage Materials Analysis · Geological and Geochemical Analysis