154 results on '"Zhornyak, A. F."'
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2. Correlation between some properties of atomized iron powders and materials produced from them by hot forging
3. Machining of plastics with magnetoabrasive powders
4. Influence of cutting speed on the effectiveness of polishing with magnetic abrasive powders
5. Reduction and decarburization during the annealing of atomized iron-carbon alloy powders
6. Regularities of the formation of structure and mechanical properties in sintered materials from atomized iron powders
7. Improving the service properties of hard-metal tool tips by thermomagnetoabrasive machining
8. Pressing behavior of atomized iron powders: III. Effect of zinc stearate on compressibility and particle cohesion
9. Polishing quality in relation to coarseness of the magnetic abrasive powders
10. Theory of the magnetic reactions occurring in abrasive machining with a ferromagnetic powder
11. Functional role of the structural constituents of the particles of magnetic abrasive powder
12. Kinetics and thermodynamic characteristics of the reduction-decarburization-carburization of an atomized cast iron powder in converted gas
13. Effect of particle size on the carbon and oxygen contents and particle structure of air-atomized cast-iron powder
14. Wear resistance and structure of gas-thermal coatings of powdered iron-base eutectic alloys
15. Features of the structure of powder and coatings of Fe-C-Si-Al alloy
16. Kinetics and thermodynamic characteristics of the reduction-decarburization of an atomized cast iron powder in a hydrogen stream
17. Effect of particle-size distribution on the processing properties of atomized iron powder with and without a zinc stearate addition
18. Reduction-decarburizing annealing of atomized Fe-Ni-C alloy powders: I. Effect of the O/C ratio and the particle size of 50% Ni cast iron powder on the annealing kinetics and physicotechnological properties of 50N alloy powder
19. Choice of optimum magnetoabrasive powder particle shape
20. Structure formation in magnetoabrasive materials from iron-carbon melts alloyed with carbide-forming elements
21. Optimization of conditions of magnetoabrasive machining of hard metals
22. Pressing behavior of atomized iron powders: II. Relationship of the compressibility and compactibility of powders with the degrees of sponginess and agglomeration of their particles
23. Development of new types of continuous furnace for the reduction and annealing of powders: I. Investigation into ways of increasing the effectiveness of reduction-decarburization annealing
24. Effect of the particle-size distribution of atomized iron powder and mixtures of atomized and reduced iron powders on some properties of materials produced from them by pressing and sintering
25. Pressing behavior of atomized iron powders: I. Effect of the porous structure of particles on their compressibility and interlocking
26. A sintering furnace with carbon potential control of protective atmosphere
27. Thermodynamic analysis of the effect of the alloying elements of atomized Fe-C-Meall alloys on their decarburization during annealing I. Equilibrium amounts of carbon in single-phase (α,γ) and two-phase (α+γ) regions of Fe-C and Fe-C-Si powder alloys
28. Effect of processing characteristics on the pressing qualities of iron powders produced by different methods
29. Properties of iron powders produced from various iron-carbon melts
30. A methodology for investigating the effectiveness of magnetic-abrasive powders
31. Thermodynamic analysis of the effect of the alloying elements of atomized Fe-C-Meall alloys on their decarburization during annealing: II. Equilibrium amounts of carbon in single-phase regions of powder alloys
32. The annealing of phosphorus cast iron powder in hydrogen
33. Stabilization of structure and properties in iron-graphite and iron-copper-graphite parts sintered in the brovary powder metallurgy factory furnace with control of the carbon potential of protective atmosphere
34. Sintered constructional materials
35. Estimate of the supply of mill scale for the manufacture of iron powders
36. Reduction technique for the manufacture of iron powder from iron oxides obtained by processing iron sulfates from pickling solutions
37. Reduction and carburization in iron powder production at the brovary powder metallurgy factory
38. The pack carburizing of dense parts from iron powder
39. Carburization processes during the sintering of iron-graphite materials
40. Characteristics of the hardening of dense cermet steels
41. Characteristic features of the polishing of steels with magnetoabrasive powders
42. Reduction and decarburization during the annealing of atomized cast iron powder with converted gas in brovary powder metallurgy factory industrial furnaces
43. Magnetoabrasive materials from melts
44. Development of new types of continuous furnace for the reduction and annealing of powders: II. Furnace design
45. Optimization of the conditions of magnetoabrasive machining of brass
46. Effect of structure of a magnetoabrasive material on its life in the polishing of metals
47. Reduction and decarburizing annealing of atomized powders of an Fe-Ni-Mo-C alloy
48. Reaction between carbon and oxygen in atomized cast iron powders before and after annealing in converted gas
49. Magnetoabrasive Fe-C-W alloy powders
50. Effect of tempering temperature on the structure and strength of quenched sintered steel
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