Investigation of the protective capabilities of glass from laser sounding depending on its elemental composition


Nazarii Dzianyi, Valeriy Dudykevych, Ivan Opirskyy, Larysa Rakobovchuk, Petro Haraniuk

One of the most vulnerable issues in the technical protection of information is to obtain data via leakage through the opto-electronic channel.

In this paper, studies of the protective capabilities of glass from laser sounding depending on its elemental composition were carried out using such indicators as the coefficients of reflection and absorption of the laser beam by the window glass.

As a result of the work, an experimental installation based on a continuous solid-state laser was assembled.

The study of the elemental composition of window glass, which is produced by modern industry, X-ray fluorescence method and the study of the coefficients of reflection and absorption of glass samples in the experimental setup showed that the studied window glass chemically belongs to quartz (silicate).

All chemical elements involved in its formation can be divided into 3 groups: glass-forming, transitional, modifiers, which affects the optical properties of the studied glasses, as the elements used have different not only qualitative but also quantitative parameters.

Absorption increases if the number of chemical elements that exhibit amphoteric and non-metallic properties and have (-charge) decreases, and increases if the number of chemical elements in the glass that exhibit the most alkaline, alkaline earth properties and in which the radius of cations (+ions) increases.

Systematization of the elemental and quantitative composition of the studied window glass in accordance with the periods and groups of the periodic table of chemical elements, enabled the relationship between the electronic structure of chemical elements and the protective properties of glass

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How to cite paper:

Dzianyi, N, , Dudykevych, V, , Opirskyy, I, , Rakobovchuk, L, , Haraniuk, P, (2022). Investigation of the protective capabilities of glass from laser sounding depending on its elemental composition. EUREKA: Physics and Engineering, 5, 162-174. doi:https://doi.org/10.21303/2461-4262.2022.002527