Содержание
- 2. A method of pulsed electronic beam (PEB) evaporation used for production: simple (ZnO, Al2O3, Fe2O3, CeO2)
- 3. Block diagram of the “Nanobeam 2” installation
- 4. Technical characteristics of the “Nanobeam-2” installation
- 5. Photo of the “Nanobeam-2” installation
- 6. Beam scanning on a target is carried out continuously by a principle of development of a
- 7. Photo of the targets ZnO YSZ (ZrO2-10Y2O3) 1. fragments of the target 2. beam print
- 8. Photo of the “Nanobeam-2” powder collection system
- 9. For examination of the materials were used: The specific surface of the powders Ss was measured
- 10. 1. Specific surface area of NPs
- 11. 2. Features in common of the morphology of the NPs were as follows: 1) coarse shapeless
- 12. Chains of particles (NP Al2O3-1,7 wt. % Сu)
- 13. Chains of particles (NP Al2O3-1,7 wt. % Сu)
- 14. Nanocrystalline particle in an amorphous shell (NP Al2O3-1,7 wt. % Сu).
- 15. Chains of particles YSZ (ZrO2-10Y2O3) and CeO2
- 16. Particles ZnO
- 17. 3. There is formation NP different on the phase structure from an evaporated material An XRD
- 18. Table 1. Relative concentrations of the crystalline phases and average values of coherent scattering regions (CSR)
- 19. Table 2. Lattice spacings of the phases in Al2O3-Al(Cu) NP There is data dependence this value
- 20. Table 3. Composition of the targets and the elemental composition of Al2O3-Al(Cu) NP as determined by
- 21. Particles CeO2 and CeO2-C with the Fourier transformation
- 22. The ferromagnetic properties of Al2O3 nanoparticles (NPTs) were found for the first time in Sunderesan et
- 23. 4. Formation of a significant amount of defects of various type NPs СeO2 images: square- amorphous
- 24. 4. Formation of a significant amount of defects of various type NPs СeO2 images: square- amorphous
- 25. 4. Formation of a significant amount of defects of various type NPs ZnO images: scircles- amorphous
- 26. The ferromagnetic properties of Al2O3 nanoparticles (NPTs) were found for the first time in Sunderesan et
- 27. The ferromagnetic properties of Al2O3 nanoparticles (NPTs) were found for the first time in Sunderesan et
- 28. Al2O3 and Al2O3-Al NPs were extremely inhomogeneous in the magnetic respect as could be seen from
- 29. Generally, magnetization of the Al2O3-Cu powders was higher than that of Al2O3 NPs [Sunderesan et al.
- 30. The specific magnetization of NP Al2O3-Cu The specific magnetization increased with growing concentration of Cu in
- 31. The specific magnetization of NP CeO2 with various specific surface area
- 32. The specific magnetization of NP Al2O3-Cu The specific magnetization increased with growing concentration of Cu in
- 33. Nonreproducibility of magnetization of pure Al2O3 and Al2O3-Al NPs containing comparable concentrations of iron impurities in
- 34. Table 3. Composition of the targets and the elemental composition of Al2O3-Al(Cu) NP as determined by
- 35. 5. Defective structure NP was reflected in their luminescent properties The spectra of Al2O3 and Al2O3-Al
- 36. Cathodoluminescence characteristics of Al2O3 and Al2O3-Al(Cu) NPs* * Wavelength measurement accuracy is not more 0.5 nm.
- 37. PCL spectra of pure (1) and Al-doped Al2O3 (2) The red band in Al2O3-Al(Cu) NP is
- 38. PCL spectra of Cu-doped Al2O3 (wt. %): 1,7% (1), 11,2% (2), 17,2% (3) In the Al2O3-Cu
- 39. PCL spectra of Cu-doped Al2O3 (wt. %): 1,7% (1), 11,2% (2), 17,2% (3) In the Al2O3-Cu
- 40. OSL and TL of Nanostructured Aluminum Oxide Thin Layers To define the absorbed doses of short
- 41. OSL and TL of Nanostructured Aluminum Oxide Thin Layers The TL glow curve shows an unusually
- 42. OSL and TL of Nanostructured Aluminum Oxide Thin Layers The results of the X-ray phase analysis
- 43. Дозиметрические свойства НП Al2O3 Дифрактограммы образцов наноструктурированных покрытий из Al2O3 типа 1 (1) и 2 (2),
- 44. a – Кривые ТЛ образцов покрытий на подложках из Al (1), стали (2), Сu (3), Ta
- 45. Conclusions The conducted researches have shown that by means of PEB evaporation it is possible to
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