118 results on '"Petrakova, N. V."'
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2. Interaction of SiC with Al2O3−(t + m)ZrO2(Y2O3) Oxide Composition
3. Thermal Stability and Luminescence Properties of Cerium-Containing Tricalcium Phosphate
4. Effect of CaO–Al2O3 (48 : 52 wt %) Sintering Aids on the Phase Composition and Properties of Si3N4-Based Ceramics
5. Cerium-Containing Hydroxyapatites with Luminescent Properties
6. Properties of Hot Compressed 21R SiAlON Ceramics with a Samarium Oxide Additive
7. Low-Temperature Deformation of Al–Ni–Fe–La System Amorphous Alloys
8. Structure of Al82Cu7Fe11 Alloy After High-Speed Quenching.
9. Effect of the Charge Mixing Time on the Magnetic Hysteretic Properties of a Hard Magnetic Powder Fe–30% Cr–8% Co Alloy
10. Preparation and Properties of Copper-Substituted Hydroxyapatite Powders and Ceramics
11. Structure of Al82Cu7Fe11Alloy After High-Speed Quenching
12. Hot pressed AlON ceramic.
13. Properties of ceramics SiC with sintering additive Al2O3-Y2O3-ZrO2.
14. Using Nickel Nanopowders with Different Morphologies for Fabrication of Highly Porous Nickel Materials
15. Features of the Kinetics of Sintering of Hydroxyapatite Powders with Various Particle Sizes
16. High-Temperature Solid-Phase Interaction of Hydroxyapatite with Mg, Sr, and Zn Nitrates
17. Activation Energy and Mechanism of the Molybdenum Disilicide Sintering Process
18. Quantification of calcium, phosphorus, and cerium in novel biocompatible materials by total reflection X-ray fluorescence spectroscopy
19. Molding Features of Silicon Carbide Products by the Method of Hot Slip Casting
20. Properties of ceramics SiC with sintering additive Al2O3-Y2O3-ZrO2
21. Interaction of SiC with Al2O3−(t + m)ZrO2(Y2O3) Oxide Composition.
22. Compaction of hydroxyapatite nanopowders by hydrostatic pressing
23. Microstructure and properties of α-tricalcium phosphate-based bone cement
24. Low-temperature oxidation of MoSi2–Si3N4 composites
25. Copper-substituted tricalcium phosphates
26. Features of static and cyclic destruction of submicrocrystalline alloy Al-Mg-Sc
27. Effect of CaO–Al2O3 (48 : 52 wt %) Sintering Aids on the Phase Composition and Properties of Si3N4-Based Ceramics.
28. Synthesis of calcium phosphates on chitosan macromolecules in the presence of amino acids
29. Physicochemical properties of the zinc-containing dusts of electric furnace steelmaking
30. Effect of hot pressing temperature on the microstructure and strength of hydroxyapatite ceramic
31. Thermochemical gypsum conversion forming calcium phosphates
32. Ceramic calcium phosphate materials obtained by technology adapted to three-dimensional printing on inkjet printer
33. A mechanism of removal of a glass envelope from a “thick” amorphous Co-alloy wire prepared by the Ulitovsky-Taylor method
34. Phases formation in cerium-doped hydroxyapatite
35. The impact of a sintering additive from Al, Mg, Y-oligomer on the physicochemical properties of MoSi2 ceramic
36. Si3N4 ceramics with sintering additive of MnO-TiO2
37. Gypsum transformation to calcium phosphates
38. Phosphorylated fabric containing particles of calcium phosphates and chitozane
39. Comparatine analysis of cytophenotypes of cells of mesenchymal lineage isolated from human tissues
40. Comparative study of adult human skin fibroblasts and umbilical fibroblast-like cells
41. Copper and cerium co-substituted hydroxyapatite: powders synthesis and sintering
42. Rheological properties of Y3Al5O12 powder obtained by preceramic organoyttroxanealumoxanes
43. 21R-Sialon ceramics, obtained by hot pressing
44. Application of atomic absorption spectroscopy method for platinum content determination to study functionalization of bone substitute materials with anticancer drug
45. Comparatine analysis of cytophenotypes of cells of mesenchymal lineage isolated from human tissues
46. Silicon nitride ceramics with light-melting sintering additive in CaO-TiO2 system
47. Synthesis the composites Si3N4-TiN by hot pressing
48. Calcium phosphate ceramic surface coating via precipitation approach
49. Composite material Si3N4/SiC with calcium aluminate additive
50. The sintering process difference of MoSi2, NbSi2 and (Mo1-x,Nbx)Si2 solid solution
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