High absorption of the microwave energy in a system with strongly elongated molybdenum grains in aluminum nitride matrix at frequencies of 9.5–10.5 GHz

von V. I. Chasnyk
Veröffentlicht 2012

Microwave energy attenuators on the basis of aluminum nitride with high level of microwave energy absorption

von V. I. Chasnyk
Veröffentlicht 2014

Use of high-thermal conductive aluminum nitride based ceramics in vacuum UHF electronic devices

von V. I. Chasnyk
Veröffentlicht 2013

Influence of sintering temperature on volume electric resistance and absorption of electromagnetic energy of pressureless sintered AlN–SiC composites

von V. I. Chasnyk, O. M. Kaidash
Veröffentlicht 2022

Microwave energy attenuators of high thermal conductivity based on AlN and SiC with addition of molybdenum

von V. I. Chasnyk, I. P. Fesenko
Veröffentlicht 2014

Dielectric characteristics of the high heat-conducting AlN-ceramics in the frequency range of 3—93 GHz

von V. I. Chasnyk, I. P. Fesenko
Veröffentlicht 2013

Complex reduction coefficient for a cylindrical electron beam with variable amplitude of the variable current component in the TWT

von V. I. Chasnyk, Ja. N. Strokovskij
Veröffentlicht 2013

Attenuation of microwave radiation at 34.09–34.19 GHz in a composite material based on diamond micron powder structured by a nanocarbon binder vapor-deposited at subatmospheric pre...

von V. I. Chasnyk, V. G. Poltoratskij, O. V. Leshchenko
Veröffentlicht 2017

Estimation of the dielectric permeability in non-conductive composites with the content and morphology of the conducting particles in the microwave frequencies

von D. V. Chasnyk, V. I. Chasnyk, O. M. Kaidash
Veröffentlicht 2021

High absorption of microwave radiation in pressureless sintered AlN–SiC composite in the frequency range 9.5–34.2 GHz

von V. I. Chasnyk, I. P. Fesenko, L. M. Vovk, O. M. Kaidash
Veröffentlicht 2022

Research of thermal conductivity, electrical resistivity and microwave absorption of microwave frequency radiation of AlN–Y2O3–Mo and AlN–Y2O3–TiN pressureless sintered composites...

von V. I. Chasnyk, D. V. Chasnyk, I. P. Fesenko, O. M. Kaidash
Veröffentlicht 2020

Using composite diamond-containing materials structured with carbon binder and ceramic materials based on AlN in microwave radiation absorbers

von O. V. Leshchenko, V. I. Chasnyk, A. A. Bochechka, V. G. Poltoratskij
Veröffentlicht 2019

Theoretical and experimental estimations of the dielectric permittivity of AlN–Mo pressureless sintered compositesat the frequencies of 3.2–10.0 GHz

von V. I. Chasnyk, I. P. Fesenko, O. M. Kaidash, V. I. Kushch, H. P. Zakharchuk
Veröffentlicht 2017

Determination of the permittivity ceramic matrix composites for high-precision machining new materials

von V. I. Chasnyk, O. M. Kaidash, I. P. Fesenko, V. I. Kushch, L. O. Frolova
Veröffentlicht 2016

Influence of molybden powder dispersion on formation of AlN–composite dielectric properties

von V. I. Chasnyk, D. V. Chasnyk, I. P. Fesenko, Ya. Radchenko, O. M. Kaidash, O. I. Hetman
Veröffentlicht 2019

Formation regularities of structures of AlN–SiC_based ceramic materials

von T. O. Prikhna, T. B. Serbeniuk, V. B. Sverdun, V. I. Chasnyk, M. V. Karpets, T. V. Basiuk, Ya. Dellikh
Veröffentlicht 2015

The influence of technological conditions of obtaining composite materials based on AlN–Y2O3–C on their ability to absorb microwave radiation

von T. B. Serbeniuk, T. O. Prikhna, V. B. Sverdun, N. V. Sverdun, V. I. Chasnyk, M. V. Karpets, V. V. Kovyliaiev
Veröffentlicht 2020

Microstructural characteristics and thermal conductivity of large-size parts from pressureless sintered ceramic AlN-base composite

von D. V. Chasnyk, A. V. Dovhal, I. P. Fesenko, Yu. M. Tuz, O. M. Kaidash, T. B. Serbeniuk, V. I. Chasnyk, V. B. Sverdun
Veröffentlicht 2023

Microstructure and thermal conductivity of silicon infiltrated SiC-material

von V. H. Kulych, I. P. Fesenko, M. O. Kovtiukh, V. M. Tkach, O. M. Kaidash, Ye. F. Kuzmenko, V. I. Chasnyk, V. V. Ivzhenko
Veröffentlicht 2023

Effect of the additive of Y2O3 on the structure formation and properties of composite materials based on AlN–SiC

von T. B. Serbeniuk, T. O. Prikhna, V. B. Sverdun, N. V. Sverdun, Ye. Moshchil, O. P. Ostash, B. D. Vasyliv, Ya. Podhurska, V. V. Kovyliaiev, V. I. Chasnyk
Veröffentlicht 2018