Doctoral theses
1972
1. Andreev V.D. Research and calculation of dynamic loads and mechanical parameters of impact systems of drilling machines: 05.172: mining machines / Dnepropetrovsk mining institute named after Artem
1975
2. Sagarda A.A. Scientific basis of high-performance diamond grinding of machine parts: 05.03.03: processing of materials by cutting / Kharkiv Polytechnic Institute named after YOU. Lenin
1980
3. Chepovetsky I.Kh. Scientific basis of highly effective finishing processes of diamond processing of machine parts: 05.03.01: processes and machines for processing materials by cutting; automatic lines / Institute of Superhard Materials of the Academy of Sciences of the Ukrainian SSR
1981
4. Rosenberg O.A. Mechanics of the interaction of the tool with the product during deforming stretching as a scientific basis for the development of the tool and modes of its operation: 05.03.01: processes and machines for processing materials by cutting; automatic lines; 02/05/08 : machine-building technology / Institute of Superhard Materials of the Academy of Sciences of the Ukrainian SSR
1982
5. Vovchanovsky I.F. Scientific basis of creating a rock-breaking tool for drilling oil and gas wells: 04/05/07: machines and aggregates of the oil and gas industry / Institute of Superhard Materials of the Academy of Sciences of the Ukrainian SSR
1984
6. Lysovsky A.F. Sintered composite materials with controlled distribution of binding metal : 05.02.01 : Materials Science in Machine Building / Institute of Superhard Materials of the Academy of Sciences of the Ukrainian SSR 7. A.E. Shilo. Physico-chemical basis of the formation of glass-coated on powders of superhard materials for instrumental use: 05.02.01 : material science in machine building / Institute of superhard materials of the Academy of Sciences of the Ukrainian SSR
1985
8. Vinogradov A.A. Scientific basis of high-performance drilling of difficult-to-process metals with carbide drills of two-sided cutting: 05.03.01: processes and machines for processing materials by cutting; automatic lines / Institute of Superhard Materials of the Academy of Sciences of the Ukrainian SSR
1987
9. Ginzburg B.I. Economic and organizational problems of creation and application of new instrumental materials (on the example of superhard materials): 08.00.26 : economics, planning and organization of management of scientific and technical progress / Institute of Economics, Academy of Sciences of the Ukrainian SSR
1988
10. Bondarenko V.P. Composites for friction pairs lubricated by low-viscosity liquids : 05.02.01 : material science / Institute of Superhard Materials of the Academy of Sciences of the Ukrainian SSR 11. Levitas V.I. Large elastoplastic deformations of materials under high pressure : 01.02.04 : mechanics of a deformable solid body / Moscow Institute of Energy
1989
12. Dobrovolskyi H.G. Development of technological support for the quality and accuracy of mechanical processing of mirror surfaces by the metallo-optical method of diamond microturning: 02.05.08: machine-building technology; 05.03.01 : 05.03.01 : mechanical and physical-technical processing processes; machine tools and tools / MPO, g. Moscow 13. Maistrenko A.L. Resistance to destruction of composite diamond-containing materials with a brittle matrix: 01.02.04: Mechanics of a deformable solid / Institute of Strength Problems of the Academy of Sciences of the Ukrainian SSR 14. Tsypin N.V. Compatibility of tribosystem elements during abrasive wear of composite diamond-containing materials for drilling tools: 05.02.04: friction and wear in machines; 05.02.01 : material science / Moscow VNII of railway transport
1990
15. Shulzhenko A.A. Scientific basis of synthesis of diamonds with specified physical and mechanical properties : 05.02.01 : materials science in machine building / Institute of superhard materials named after V.N. Bakulya of the National Academy of Sciences of Ukraine
1991
16. Bogatyreva H.P. Directional change in the chemical composition and energy state of the grain surface of synthetic diamond powders for instrumental use: 05.02.01: material science in machine building (industry); 02.00.18 : chemistry, physics, surface technology / Institute of Superhard Materials named after V.N. Bakulya of the Academy of Sciences of the Ukrainian SSR
1992
17. Kolomiets V.V. Scientific foundations of the technology of manufacturing complex-profile tools from synthetic diamonds for high-performance precision mortise grinding processes: 05.03.01: mechanical and physical-technical processing processes; machine tools and instruments / Institute of Superhard Materials named after V.N. Bakulya Academy of Sciences of Ukraine 18. Loshak M.H. Strengthening of tungsten hard alloys by heat treatment and surface deformation: 05.02.01: materials science in mechanical engineering; 01.02.06: dynamics, strength of machines, devices and equipment / Institute of Superhard Materials named after V.N. Bakulya Academy of Sciences of Ukraine 19. Rogov V.V. Fundamentals of finishing diamond-abrasive processing of non-metallic parts in instrument construction: 05.03.01: processes of mechanical and physical-technical processing; machine tools and instruments / Institute of Superhard Materials named after V.N. Bakulya Academy of Sciences of Ukraine 20. Sveshnikov I.A. The scientific basis of creating a highly effective rock-crushing tool for drilling machines of rotary action and tunneling combines: 05.15.11: physical processes of mining production; 05.05.06 : mining machines / Institute of Geotechnical Mechanics of the Academy of Sciences of Ukraine 21. Semashko N.A. Development of methods and means of experimental research Analysis and forecasting of thermal and acoustic properties of materials: 05.11.04: instruments and methods of measuring thermal quantities / Lviv Polytechnic Institute
1993
22. E.K. Posvyatenko Scientific justification of the effectiveness of the deforming-cutting stretching process: 05.03.01: mechanical and physical-technical processing processes; machine tools and instruments / Institute of Superhard Materials named after V.N. Bakulya Academy of Sciences of Ukraine 23. Solozhenko V.L. Thermodynamic aspect of boron nitride polymorphism : 02.00.04: physical chemistry / Moskovskii gos. University named after M. Lomonosov
1994
24. Storchak M.G. Synthesis of technological systems for finishing processing of gears : 05.02.08 : technology of machine building / Kyiv Polytechnic Institute
1995
25. Kryl Ya.A. Scientific basis of production of structural ceramics based on silicon nitride by the method of high-temperature gas static compaction: 02.05.01: materials science / Institute of superhard materials named after V.M. Bakulya of the National Academy of Sciences of Ukraine
1996
26. Devin L.N. Forecasting the reliability of cutting tools from hard alloys and polycrystalline superhard materials : 02.05.01 : materials science; 03.05.01: mechanical processing processes, machines and tools / Institute of Superhard Materials named after V.N. Bakulya of the National Academy of Sciences of Ukraine 27. Krasnyk V.G. Laws of the rock destruction process with a tool made of polycrystalline superhard materials: 05.15.11: physical processes of mining production / Institute of Superhard Materials named after V.N. Bakulya National Academy of Sciences of Ukraine 28. Pashchenko E.A. Physico-chemical basis of production and contact destruction of polymer-silica abrasive composites: 05.17.11: chemistry and technology of refractory non-metallic materials; 05.17.06: technology of production and processing of polymer and composite materials / Kyiv Polytechnic Institute 29. Turkevich V.Z. Thermodynamics of phases and phase equilibria in systems of 3d-transition metals of groups VII and VIII with carbon at high pressures and temperatures : 02.00.04 : physical chemistry / Kyiv University named after Tarasa Shevchenko 30. Filatov Yu.D. Scientific basis of precision polishing of surfaces of parts made of silicon-containing materials: 05.03.01: mechanical processing processes, machines and tools / Institute of Superhard Materials named after V.N. Bakulya of the National Academy of Sciences of Ukraine
1998
31. Ivakhnenko S.A. Regularities of directed growth of diamond single crystals in the region of thermodynamic stability : 05.02.01 : materials science / V.N. Bakul Institute of Superhard Materials, NAS of Ukraine 32. Kushch V.I. Stressed state and macroscopic thermoelastic properties of lumpy homogeneous bodies with spheroidal interfaces : 01.02.04 : mechanics of a deformable solid / S.P. Timoshenko Institute of Mechanics, NAS of Ukraine 33. Prikhna T.O. Scientific foundations of thermobaric treatment of high-temperature superconducting ceramics : 05.02.01 : materials science / V.M. Bakul Institute of Superhard Materials, NAS of Ukraine
1999
34. Klimenko S.A. Basics of blade processing of wear-resistant protective coatings: 05.03.01: mechanical processing processes, machines and tools / Institute of Superhard Materials named after V.N. Bakulya of the National Academy of Sciences of Ukraine 35. Sandrakov G.V. Numerical and mathematical study of the behavior of structurally inhomogeneous and porous materials in the region of large deformations and phase transformations: 01.01.02: differential equations, dynamic systems and optimal control / Moskovskii gos. University named after M.V. Lomonosova 2000 36. Lavrinenko V.I. Scientific basis of grinding of tool materials with directional change of characteristics of contact surfaces : 03.05.01 : machining processes, machines and tools / Institute of superhard materials named after V.M. Bakulya of the National Academy of Sciences of Ukraine
2002
37. Bezhenar M.P. Scientific basis of sintering of cubic boron nitride composites at high pressure : 02.05.01 : materials science / Institute of Superhard Materials named after V.M. Bakulya of the National Academy of Sciences of Ukraine 38. Bochechka A.A. Scientific basis of sintering of diamond-based composites at high pressure : 05.02.01 : material science / Institute of superhard materials named after V.N. Bakulya National Academy of Sciences of Ukraine 39. Petrusha I.A. Phase and structural transformations of boron nitride pyrolytic materials at high pressures: 05.02.01 : material science / Institute of Superhard Materials named after V.N. Bakulya of the National Academy of Sciences of Ukraine 40. Shepelev A.A. Intensification of grinding processes of tool materials with wheels made of synthetic diamonds and cubic boron nitride: 05.03.01: mechanical processing processes, machines and tools / NTU of Ukraine “Kharkiv Polytechnic Institute” 2003 41. Loginova O.B. High-temperature capillary processes in systems of metal melt – various modifications of carbon and boron nitride: 02.00.04: physical chemistry / Kyiv National University named after Taras Shevchenko
2004
42. Leshchuk A.A. Thermomechanics of spontaneous crystallization of diamonds in high-pressure apparatuses: 05.02.01: materials science / V.N. Bakul Institute of Superhard Materials, NAS of Ukraine
2006 43. Sidorko V.I. Scientific basis of processes of finishing diamond-abrasive processing of natural and synthetic stone: 05.03.01: mechanical processes of machining, machines and tools / NTU of Ukraine “Kyiv Polytechnic Institute” 2007 44. Bondarenko M.O. Scientific foundations of the creation of a diamond drilling tool with increased workability : 05.15.10 : well drilling / Ivano-Frankivsk National Technical University of Oil and Gas 45. Sokhan S.V. Scientific foundations of shaping precision ceramic products by directed change in speed-force parameters of the diamond finishing process : 05.03.01 : mechanical processing processes, machines and tools / V.N. Bakul Institute of Superhard Materials NAS of Ukraine 46. Fesenko I.P. Technological and structural regularities of free sintering of ceramics based on aluminum nitride : 05.02.01 : materials science / V.M. Bakul Institute of Superhard Materials Bakulya NAS of Ukraine 2008 47. Ostrovskaya L.Yu. Laws of wetting of amorphous, nanocluster, micro- and nanocrystalline films of carbon and a number of binary compounds: 04.01.18: surface physics and chemistry / Institute of surface chemistry of the National Academy of Sciences of Ukraine 48. Sheykin S.E. Scientific basis of technological control of microrelief of the surface and hardening of the surface layer during deforming stretching: 05.02.08 : technology of machine building / National Technical University of Ukraine “Kyiv Polytechnic Institute” 2010 49. Nikitin Yu.A. Scientific basis of formation and evaluation of functional suitability of gas-filled polymer-graphite composites : 02.05.01 : material science / Institute of superhard materials named after V.N. Bakulya of the National Academy of Sciences of Ukraine 50. Tkach V.M. Regularities of the relationship between anisotropy and inhomogeneities in the real structure of diamonds of different origins with a fine structure of Kikuchi and Kossel lines: 01.04.07: solid state physics / Kyiv National Taras Shevchenko University2012 51. Sheiko M.N. Construction of a stochastic theory of the process of diamond dressing of abrasive wheels: 05.03.01: mechanical processing processes, machines and tools / V.N. Bakul Institute of Superhard Materials NAS of Ukraine2013 52. Dub S.N. Scientific foundations of determining the mechanical properties of hard and superhard materials at the nanolevel by the method of nanoindentation: 05.02.01: materials science / NAS of Ukraine. V.N. Bakul Institute of Superhard Materials2014 53. Mechnik V.A. Scientific foundations of the creation of composites of the diamond–Fe–Cu–Ni–Sn system by directed control of their structure formation: 05.02.01: materials science / NAS of Ukraine. V.M. Bakuly Institute of Superhard Materials2015 54. Petasyuk Grigory Andriyovych. Scientific foundations of the comprehensive assessment of the quality of synthetic diamond and CNB powders for the creation of abrasive tools: 05.02.01: materials science / NAS of Ukraine. V.M. Bakuly Institute of Superhard Materials2016 55. Kutsai O.M. Scientific foundations of the formation of advanced and high-quality carbon films for functional purposes: 05.02.01: materials science / NAS of Ukraine. V.M. Bakuly Institute of Superhard Materials2018 56. Kaidash Oksana Mykolaivna. Scientific foundations of the formation of the structure and properties during sintering of submicron refractory carbides and nitrides of high-tech ceramics for the machine-building industry: 05.02.01: materials science / NAS of Ukraine, V.M. Bakuly Institute of Superhard Materials2020 57. Kozyrev Artem Vyacheslavovich. Scientific foundations of thermobaric formation of the nanostructure of materials for electrical purposes based on MgB2 with a high level of superconducting properties: 05.02.01: materials science / NAS of Ukraine, V.M. Bakuly Institute of Superhard Materials2021 58. Lysakovsky Valentin Volodymyrovych. Scientific foundations of high-performance directional growth of structurally perfect single crystals of diamond of types Ib and Iia: 05.02.01: materials science / NAS of Ukraine, V.M. Bakuly Institute of Superhard Materials202459. Stratiychuk Denis Anatoliyovych. Scientific principles of creating heat-resistant superhard composites for instrumental purposes with bonds based on refractory compounds of transition metals: 05.02.01: materials science / NAS of Ukraine, V.M. Bakul Institute of Superhard Materials. – K., 2024. – 434 p.; add.: p. 435–449. – (No. 359 Diss.).