Search Results - "Komar, O. M."

Nanostructured titanium disilicide powders: Preparation by self-propagating high-temperature synthesis and mechanochemical processes and physicochemical properties by Kovalevskii, A. A., Komar, O. M.

“…Nanostructured titanium disilicide (TiSi 2 ) powders with semiconducting properties have been prepared via cold fusion of silicon and titanium nanopowders and…”
Get full text

Study of metal pillar nanostructure formation with thin porous alumina template by Vorobyova, A.I., Outkina, E.A., Komar, O.M.

“…In the present paper, the nickel pillared nanostructure fabrication by electrochemical deposition of Ni into the pores of thin porous anodic alumina is…”
Get full text

OPTIMIZATION OF THE PARAMETERS OF SYNTHESIZED SIGNALS USING LINEAR APPROXIMATIONS BY THE NELDER-MEAD METHOD by Lysechko, V. P., Komar, O. M., Bershov, V. S., Veklych, O. K.

“…Context. The article presents the results of a study of the effectiveness of using the Nelder-Mead method to optimize the parameters of linear approximations…”
Get full text

A RESEARCH OF THE LATEST APPROACHES TO VISUAL IMAGE RECOGNITION AND CLASSIFICATION by Lysechko, V. P., Sadovnykov, B. I., Komar, O. M., Zhuchenko, О. S.

“…Context. The paper provides an overview of current methods for recognizing and classifying visual images in static images or video stream. The paper will…”
Get full text

Homogeneous deposition of nickel in pores of the ordered thin aluminum oxide by Vorob’eva, A. I., Utkina, E. A., Komar, O. M.

“…Fabrication of a matrix of ordered vertically oriented nickel nanocolumns with the use of a porous aluminum oxide template is considered. The effect of…”
Get full text

RF-microswitch on the basis of aluminum MEMS technology by Chernykh, A. G., Tymoshchyk, A. S., Baranov, I. L., Komar, O. M.

“…The RF MEMS microswitch technology on the basis of aluminum and anodic aluminum oxide as the working and sacrificial layers, respectively are considered. It is…”
Get full text

Spectra of rotation of electric vector of light radiation in gamma-irradiated lithium fluoride crystals by Mikhnov, S. A., Kalinov, V. S., Komar, O. M., Ovseichuk, S. I.

Get full text