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The Influence of Detonation Synthesis Conditions on the Yield of Condensed Carbon and Detonation Nanodiamond Through the Example of Using TNT-RDX Explosive Mixture
Dolmatov V.
Studies of the CO oxidation kinetic regularities on Cu–Co–Fe oxide catalysts, bulk and deposited on the carbon nanotubes
Ishchenko E., Gaidai C., Zakharova T., Yatsimirskii A., Shevchuk Y.
Activity of carbon-fiber-supported Fe–Co catalysts in the CO2 methanation reaction
Gaidai S., Gryn’ko V., Zhludenko M., Dyachenko A., Tkach V., Ishchenko O.
Interatomic bond energy and analytical scale of hardness
Lysenko A.
Saturation of capillary pores in silicon carbide briqettes with liquid–phase carbon-containing solutions before the reaction-sintering
Kulich V., Maystrenko A., Tkach V., Podoba Y.
Synthesis Peculiarities of CNT “Forest” Under Conditions of Adding a Regulated Plasma Component of the Working Gas
Panarin V., Svavil’nyi M., Skoryk M., Khominich A., Prikhna T., Shapovalov A.
Composite materials of diamond–(Co–Cu–Sn) system with improved mechanical characteristics. Part 2. The influence of CrB2 additive on the structure and properties of diamond–(Co–Cu–Sn) composite
Novikov M., Mechnik V., Bondarenko M., Nesterenko Y., Lyashenko B., Kuzin M.
Modification by Nanoparticles of the Metals of Carbon Material for Microbial Fuel Cells
Bilyy O., Ishchenko O., Diyuk V., Kisters’ka L., Loginova O., Tkach V.
On grinding applications of variously dispersed powders of compacts based on synthetic and natural diamond with carbon binder
Lavrinenko V., Poltoratskii V., Safonova M., Petasyuk G., Devitskii A.
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 pressure
Chasnyk V., Poltoratskiy V., Leshchenko O.
Effect of metal impurities on the oxidation of various carbon forms in products of detonation diamond synthesis
Panova A., Bogatyreva G., Zabuga V., Tsapyuk G., Serga M., Byeda O.
Oxidation of CO on the Cu–Co–Fe oxide system applied on carbon nanotubes synthesized on Co2O3
Ishchenko E., Gaidai S., Byeda A., Zakharova T., Dyachenko A., Prilutskiy E.
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