Современные проблемы физического материаловедения. 2014 (23)

Modern Problems in Physical Materials Science. Серія, Физико-химические основы технологии порошковых материалов
2014. Issue 23

Содержание.
Phase relations in the system CeO2―Dy2O3 at temperature 1500 °C.
Interaction of the lanthana with ytterbia at temperature 1500 °C.
Interaction of the ceria with europia at temperature 1500 °C.
The study of phase equilibria in the system ZrO2—NiO with low NiO content for creation ceramic fuel cells.
The advanced methods jor synthesis of the cobalt aluminate spinel nanocrystalline powder.
Development of the ceramic implants construction based zirconia composite. 1. Dental implants.
Development of the ceramic implants construction based zirconia composite. II. Seramic head of hip endoprosthesis.
Development of the ceramic implants constructions based on zirconia composite.III. Influence of variation of engineering parameters trains in the hip endoprosthesis ceramic head.
Investigation of biogenic hydroxyapatite after microwave and conventional sintering according to IR spectrum.
Aspects of modern development of the processes researches with the use of pulsating electric current for the sintering activation (Review).
Research of influence of the annealing in the different mediums on TiN—TiB2 compositions properties.
Influence of different types of the boron on the processes of TiN—TiB2 composition synthesis by the method of reactionary electric discharge sintering.
Specific features of structure formation during sintering of carbide-steel with binder based on sludge of roller-bearing steel.
Development of hardening process of a wear-resistant carbide-titanium coating received on steel by an electrophoresis and ensure adhesion of the coating with the substrate.
Thermal stability of powdery TiC, ZrC, Cr3C2 and WC on air.
Hardening foam glass finely reaction product of non-stoichiometric silicon carbide with metal oxides.
Study of water-vapor oxidation kinetscs of various sozes and specific surface particles of metal tungsten in thestep of the hydrogen productiong.
Kinetic and thermodynamic aspects of the process for producing hydrogen by metalsteam method using tungsten.
Collective mechanisms and the influence of the initiation temperature and environment temperature at SHS on thermokinetic behavior of the reaction system.
Thermokinetic oxidation of iron in the field of the thermodynamic instability of Fe2O3 oxide.
Galvanomagnetic properties of nanosfructures Su—Fe3O4—Me2O3—Fe3O4.
Optimization technology of process by reduction of the highly-temperature of the mode of treatment and thermo-deformation to High-speed steel, got the spray forming.
Features of intermetallic layers formation, according to different modes of titanium and aluminum smelting in an air media.
Influence of interface yield strength on the SIF for a crack in a fiber and energy absorbed at fiber fracture.
Influence of 12Kh18N10T steel fibers beam pressing on their structures and properties.
Comparative analysis of properties of powders of Cu—S and Cu—P alloys got the stove synthesis. 1. Chemical composition, microhardness and compactibility of powders.
Comparative analysis of the properties of powders of alloys of Cu—S and Cu—P and furnace synthesis. 2. The form factors and particle size.
Thermodynamic properties of melts of the ternary Ga—Si—Ni(Mn).
Effect of concentration of tungsten on the corrosion resistance of composite Cu—W, obtainedby electron-beam evaporation-condensation.
Peculiarities of obtaining nanostructured silicon carbide particles from bamboo chips.
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