Dorofeyev G.A., Komarov A.A. The peculiarities of the process of ignition of CO in steel-melting arc furnace with the use of the sinticom
In the paper, the process of separation and afterburning of carbon monoxide in an electric arc furnace with the use of a synthetic material of the brand SK15- sinthycom. Computer simulations have been carried out to model the distribution of the temperature of the steelmaking process in 160 EAF with loading into 2 tubs. The metal shell of the first tub consisted of uniformly mixed 80 tons of steel scrap, 10 t of pig iron and 10 t of syncrome, and the second bucket's metal charge consisted of 65 t of steel scrap and 10 t of sinthycom mixed.
Key words: Сarbon monoxide, composite materials, cast iron, carbon content, electric melting, inertial gas.

Bublikov Yu.А., Polyakov G.А., Podgorny S.N. Analysis of methods for alloying of steel with nitrogen
The existing methods of nitrogen doping of iron-carbon melts in industrial conditions are analysed. Mechanisms of nitrogen assimilation by a metallic melt are studied depending on the type of nitrogen carrier used and technological factors. A principled approach is presented in the derivation of the dependences allowing one to determine the solubility of nitrogen in a metallic melt on the basis of thermodynamic quantities and the concentration of alloying elements.
Key words: Structural steels, alloying with nitrogen, ferroalloy, carbonitride strengthening, nitrogen carrier, nitride-forming material, metal bath.

Philippov S.F., Koloskov S.V. Application of combined fluxes of improved environmental compatibility for melting of non-ferrous alloys
The use of combined fluxes as applied to melting of non-ferrous metals, i.e. Cu- and Zn-based alloys is considered. Their advantage is shown in comparison with industrial fluxes.
Key words: Melting, brasses, zincalloys, combinedfluxes, technology.

Gubenko S.I., Bespalko V.N. An effect of boride inclusions on the properties of high alloyed steel
In steel 04H14T3R1F became the presence of borides based on chromium, iron and titanium. The patterns of morphology, size and chemical-mineralogical composition of borides in the process of plastic deformation were studied. The sizes and distribution of borides in the original tube billet, liner after the first piercing and finished hot-rolled pipes were determined. The influence of borides on the technological plasticity of steel 04H14Т3R1F was shown. Their influence on the nucleation of the destruction of steel 04H14Т3R1F at different stages of production of pipes for nuclear power engineering was substantiated.
Key words: Plastic deformation, boride inclusions, pipe billet, structural transformations, cracks, dispersity.

Аkhonin S.V., Severin А.Yu., Berezos V.А., Pikulin А.N., Erokhin А.G. Production of TiAl and Ti3Al intermetallic alloys by electron beam melting
The technology of electron beam melting with intermediate crucible of TiAl іntermetallic compound with introduction of boron and lanthanum in the process of melting from lanthanum hexaboride was developed. The microstructure and fractography of the ingots that were obtained were studied.
Key words: Electron beam melting, ingot, intermetalliccompound, heat resistance, thermal stability, ductility, hardness.

Lovshenko F.G. Properties of mechanically alloyed composite heat-resistant materials of the system Al–Mg
The results of the research on structuralphase transformations and properties at all stages of the material production are presented. It is shown that the technology based on reactive mechanical alloying is an effective technique for the production of composite heat-resistant Al–Mg based alloys, which are characterized by the strength that surpasses that of traditional deformed analogs over a wide temperature range.
Key words: Al–Mg based materials, mechanical alloying, specifics of formation, composition, structure, properties.

Malinov L.S. Resource-saving methods of differentiated processing of steels and irons
The article summarizes the results of the author's research with coworkers, as well as other works showing that the use of effective methods for differentiating treatment of steels and cast irons to create regular macroscopic gradients of the structural-phase state provides resource and energy saving
Key words: Steel, iron, structure, properties, differentiated treatment.

Minenko G.N. A method of the differential processing of aluminum-matrix composite materials by the electric fields
The method of electric field treatment of composite material based on aluminum alloy is described. The scheme of the experimental setup and experimental data are presented. The scheme of the mechanism of influence of an electric field on composite materials is shown.
Key words: Electric field, aluminum alloy, composite material, experimental setup, mechanism of action.

Dorofeyev G.A., Komarov A.A. The peculiarities of the process of ignition of CO in steel-melting arc furnace with the use of the sinticom

Bublikov Yu.А., Polyakov G.А., Podgorny S.N. Analysis of methods for alloying of steel with nitrogen

Gubenko S.I., Bespalko V.N. An effect of boride inclusions on the properties of high alloyed steel

Аkhonin S.V., Severin А.Yu., Berezos V.А., Pikulin А.N., Erokhin А.G. Production of TiAl and Ti3Al intermetallic alloys by electron beam melting

Lovshenko F.G. Properties of mechanically alloyed composite heat-resistant materials of the system Al–Mg

Malinov L.S. Resource-saving methods of differentiated processing of steels and irons

Minenko G.N. A method of the differential processing of aluminum-matrix composite materials by the electric fields