1961-2011
- The molding is primed at overhead vise and temperatures of 2- and 3-element supersolid structures (cBC2N, MgB2, MgB12, AlMgB14, etc.).
- Diamond single crystals have been extracted (synthesized) with conductor properties, including metal type conductivity, for controlled composition and distribution in the volume of the crystal, containing boron and nitrogen.
- Their electrophysical and electronic powers are developed, installed by electrical conductivity mechanisms.
- The exact values of elasticity moduli, compressive strength, and toughness of crystals for diamond and CBN and their polycrystals have been established.
- Viven to the adhesive contact of sintered ceramic coatings and diamond grains.
- Micro-, submicro- and nanopowders were extracted from diamond.
- The regularities of capillary processes in the formation of carbon and BN in melts of metals and their nitrides have been established, which is carried out until the crystallization centers of diamond, cBN and their growth are formed under high pressure Thermodynamics of the crystallization process caused by the diagrams of large-component systems under high pressure.
- The regularities of the formation of structured composites for abrasive purposes with diamond and CBN granular surfaces in metal, sinter-ceramic and rubber-polymer matrices have been identified.
- The processes of electrical, chemical and mechanical transformation of materials that are processed with diamond and CBN tools have been developed.
- The regularities of wear and tear of contact diamond and CBN grains fixed in various bonds during abrasive machining of metal (steel, titanium, aluminum) and non-metal (ceramics, hardwood, composites) have been studied. materials.
- The molding of diamond-retaining metal-pocrites in the processes of galvanoplasty and electroplating has been carried out.
- The possibility of accelerated growth on the seeds of carbon mass in the process of crystallization of large diamond crystals as barless, so and different fertilization using the temperature gradient method.
- The regularities of the mechanics of the fracture of diamond-containing composites with carbide and metal matrices have been identified and the characteristics of their value, wear and toughness have been clarified under static and dynamic pressures.
- Explaining the basis of thermomechanics of low-cycle deformation and assessing the boundary stress with the numerical distribution of the distribution of mechanical and thermal stresses in high-pressure element-rich devices from different modular materials in a wide range heating temperature intervals.
- The theory of thermomechanics is used to describe the process of phase transition from graphite to diamond using numerical computer modeling methods to determine the changes in the characteristics of different modulus materials of the reaction mixture at high pressure and temperatures in the drains crystallization of diamond grains from melting under an overhead vise.
- A new developed and expanded technique has been created for in situ and phase transformations in an overhead vise in diamond forges, to obtain an electrically conductive surface using the scanning tunneling microscopy method. high-quality diamond conductor nanoindenters, as well as for high-temperature thermal analysis at a high vice.
- The mechanism of applying high pressure and temperatures to the structure, conductor and mechanical power of high-temperature ceramic conductors has been developed, following the process of forming the conductors.
- The results of the mechanics and thermophysics of contact interaction during diamond microturning of optical fibers for aluminum, the mechanics and physicochemistry of contact interaction during precision cutting, equipment of PNTM based on CBN, machine parts made of hardened steels, with welded and sawn dry coatings, including folding parts.
- The statements about the technological control of the surface ball mill and the operational authorities of machine parts when processing with tools that remove the working part from NTM