Synthesis of Si3N4-ZrN composite powder without subsequent milling Kud ІV, Ieremenko LІ, Krushynska LА, Zyatkevych DP, Zgalat-Lozynskyy ОB, Shyrokov ОV, 1Protsenko LS. Synthesis of Si3N4-ZrN composite powder without subsequent milling. 2020 ;(1):54-60.
Obtaining superhard diamond composites and studying their heat resistance by means of the DTA-TG analysis Stratiichuk DA, Turkevich VZ. Obtaining superhard diamond composites and studying their heat resistance by means of the DTA-TG analysis. 2019 ;(12):57-64.
Features of the immobilization of nanosilver on an activated carbon fiber nanostructural matrix for the development of antibacterial materials for medical use Kononko IV, Klipov VD, 1Boshytska NV, 1Protsenko LS, Kononko NV. Features of the immobilization of nanosilver on an activated carbon fiber nanostructural matrix for the development of antibacterial materials for medical use. 2019 ;(11):49-56.
Obtaining superhard composites in the system Cdiam—SiB4—WC under conditions of high pressures and temperatures Stratiichuk DA, Turkevich VZ, Bushlya VM. Obtaining superhard composites in the system Cdiam—SiB4—WC under conditions of high pressures and temperatures. 2019 ;(10):49-56.
Composition material on the basis of a carbohydrate fiber matrix with immobilized insulin for the development of a new me dicine form: transdermal insulin plate Sergeev VP, 1Boshytska NV, Klipov VD, 1Protsenko LS, 1Budilina ON. Composition material on the basis of a carbohydrate fiber matrix with immobilized insulin for the development of a new me dicine form: transdermal insulin plate. 2019 ;(9):41-48.
Obtaining superhard composites of the BL group in the cBN(Al)-SiB4-WC system under high pressure and high temperature conditions Stratiichuk DA, Turkevich VZ, Bushlya VM, Ståhl J-E, Bilyavyna NM. Obtaining superhard composites of the BL group in the cBN(Al)-SiB4-WC system under high pressure and high temperature conditions. 2019 ;(8):52-58.
Magnetic features of NiCx carbide with the sphalerite-type defect structure Nakonechna ОІ, Belyavina NN, 1Ostapenko RV, Kuryliuk AM, 2Makara VA. Magnetic features of NiCx carbide with the sphalerite-type defect structure. 2019 ;(6):36-42.
Mechanochemical synthesis of NiCx carbide with the sphaleritetype defect structure Nakonechna ОІ, Belyavina NN, Dashevskyi MM, Kuryliuk AM, 1Makara VA. Mechanochemical synthesis of NiCx carbide with the sphaleritetype defect structure. 2019 ;(4):50-56.
A method of analysis of the shapes of X-ray diffraction lines not requiring a transition to the space of an object Rozhenko NM, Grigor’ev ON, 1Kartuzov VV. A method of analysis of the shapes of X-ray diffraction lines not requiring a transition to the space of an object. 2019 ;(1):47-54.
Improvement of the structure and mechanical characteristics of structural intermetallides of the titanium-aluminium system at the directional solidification Lobanov LM, 1Asnis EA, 1Piskun NV, 1Statkevich II. Improvement of the structure and mechanical characteristics of structural intermetallides of the titanium-aluminium system at the directional solidification. 2018 ;(12):51-60.
